OHAMR European Partnership Call Pre-announcement

Wed, 10/22/2025 - 08:30
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In November 2025, the European Partnership One Health Antimicrobial Resistance (EUP OHAMR) will announce its first call for international research projects entitled Treatments and Adherence to Treatment protocols.

The call involves 36 funding organisations from 28 different countries, with an estimated total call budget of over 28 million Euro, with additional EC contribution.

The aim of this first EUP OHAMR Call is to improve the treatment success rates of the patients, animals and plants affected by bacterial or fungal infections by providing new treatment options while reducing the risk of resistance in the different One Health settings.

The call will cover three research subtopics:

Topic 1: Identify and develop new combination treatments using existing or innovative antimicrobials or antimicrobial with adjunctive treatments to extend drug efficacy and combat resistance;

• Topic 2: Develop tools and methods to improve adherence to treatment protocols;

• Topic 3: Assess the impact of antimicrobials for veterinary and agricultural use on the risk of AMR transmission to humans and the environment to inform policies on the restriction of some antimicrobials for human use.

The Call will be announced on 18 November 2025, in a two-stage procedure (joint pre-proposals/joint full proposals:

  • 18 November 2025 (11.00 CET): Call announcement
  • 26 November 2025 (14.00 CET): Webinar for applicants
  • 2 February 2026 (13.00 CET): Deadline pre-proposals
  • 17 June 2026 (13.00 CEST): Deadline full proposals
  • 24 June 2026: deadline national NCN proposals
  • December 2026 - April 2027: Projects start

Webinar for applicants

We invite researchers to a live webinar on 26 November 2025, presenting the OHAMR Call 2026. Registration.

Additional information including topic descriptions and a list of countries interested in participating in the call are available on the EUP OHAMR website.

This is not an official announcement. Detailed call conditions will be specified in the official announcement of the call.

LEAP-SE Call 2026: Pre-announcement

Fri, 10/17/2025 - 11:30
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In November 2025, the LEAP-SE (Long-Term Joint EU-AU Research and Innovation Partnership on Sustainable Energy) network consortium will announce a call for international research projects aimed at developing cooperation between researchers from Europe and Africa in the area of ​​energy transition, covering seven topics:

  1. Assessment of Renewable Energy Sources (RES) and integration of RES in sustainable energy scenarios;
  2. End-of-life and secondlife management and environmental impact of RE components;
  3. Smart standalone systems;
  4. Smart grid (different scales) for off grid application;
  5. Processes and appliances for productive uses (agriculture, mobility and industry);
  6. Innovative solutions for priority domestic uses (clean cooking and cold chain);
  7. Production and utilization of Green Hydrogen.

Project consortia must consist of project partners from a minimum of four countries from the two continents. At least two independent legal entities from two different Member States from the European Union or Horizon Europe associated countries participating to the Cofund Call should ask and be eligible to receive support from the relevant participating funder and at least two independent legal entities from two countries from the African Union.

The consortium must include at least one partner from the institutional research sector (academic, public research center, non-profit organisation, etc.) coming from participating countries and one partner from the private sector (commercial company) coming from participating countries must be part of the consortium.

Additional information including topic descriptions, a preliminary schedule and a list of countries interested in participating in the call are available on the LEAP-RE network website.

This is not an official announcement. Detailed call conditions will be specified in the official announcement of the call.

NCN Award 2025. Appreciation of NexGen Science

Wed, 10/15/2025 - 20:30
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This year, the NCN awards for early-career researchers, who have made a significant contribution to research development, go to Łucja Kowalewska, Maciej Stolarski and Bartosz Szyszko. The Award ceremony was held on 15 October, at the Manggha Museum of Japanese Art and Technology, in Kraków.

The winning researchers conduct their work in Warsaw and Wrocław. Łucja Kowalewska, who studies plant cell biology, and Maciej Stolarski, who explores the psychology of time, both work at the University of Warsaw, while Bartosz Szyszko, who specialises in supramolecular chemistry, conducts his research at the University of Wrocław.  

The Award of the National Science Centre was established in 2013 and has since been granted to researchers whose work pushes the boundaries of knowledge and makes a significant contribution to the world of science, in recognition of their outstanding basic research projects conducted at Polish research institutions. The Award is granted in three categories: Humanities, Social Sciences and Art Sciences (HS), Physical Sciences and Engineering (ST) and Life Sciences (NZ). It is the most prestigious award in Poland recognising early-career researchers working at Polish research institutions.

2025 NCN Award winners: Bartosz Szyszko, Łucja Kowalewska, Maciej Stolarski2025 NCN Award winners: Bartosz Szyszko, Łucja Kowalewska, Maciej Stolarski

At the Award ceremony, Prof. Krzysztof Jóźwiak, NCN Director addressed the social purpose of science and the need to have it consistently funded. “In the 21st century, science is advancing faster than ever before, producing discoveries and providing solutions that only a few decades ago were considered science fiction”, he said. “Research and research-based innovation can significantly mitigate the effects of global threats”. Prof. Jóźwiak noted that financial uncertainty undermines the potential of the system. “We need to create an environment in which researchers would be motivated to develop their careers in Poland. This cannot be achieved if we have to fight for every penny each year just to ensure survival of the system till the next budget”, he said. “Decent funding for research and innovation is a strategic necessity. If Poland aspires to become a modern and innovation-driven economy, it must invest in knowledge, talent and local innovation with global impact”.

The Chair of the NCN Council, Prof. Tomasz Dietl, emphasised that the winners’ successes underlined the significance of grant funding. “Your achievements clearly demonstrate the importance of grant funding, including NCN funding”, he said. “Calls for proposal are not merely sources of funding for research and salaries, but an engine for new ideas, opportunity for a feedback from expert reviewers and chance to showcase one’s achievements to them”. He added that achieving a 25% success rate in NCN-funded calls would make it possible for all ambitious researchers to be included in the grant system, regardless of their age, speciality or university. “As a result, centres of academic excellence would be expanded and academic education enhanced, contributing to social and economic development”, he said and emphasised that despite significant development over the last decades, Poland continues to face new challenges. “Poland’s development and safety will largely depend on our innovativeness, cooperation and trust”, he noted.

The event featured Dr Marcin Kulasek from the Minister of Science, who ensured that regardless of the budget deficit and difficult geopolitical situation, the Polish government continued to seek new ways to increase the budget for research. “We are doing everything we can to find funds for research. There is a mutual understanding in this regard and it is only a matter of time before funding is secured. I believe we will finally be able to increase financial support, we are seeking solutions to this end”, he promised.

AWARD WINNERS

A new paradigm in cell biology

Dr hab. Łucja Kowalewska works at the Faculty of Biology, University of Warsaw. Her research focuses on plant cell biology, particularly on the structure and dynamics of plastid membranes. “Shape recognition is one of the earliest cognitive skills developed by a child”, she says. “In our research group, we translate this primal curiosity into the world of cell biology by studying the geometry of complex membrane systems using a model based on plant plastids”, explains the researcher.

Her work focuses on periodic membranes, whose organisation plays a crucial role in cellular functioning – including plastid biogenesis and photosynthetic efficiency. Dr. Kowalewska’s team investigates how membrane structure influences biological function and which molecular and physicochemical mechanisms govern membrane transformations.

“We view the shapes formed by membranes – their nanomorphology – as one of the key, yet often overlooked, levels of cellular organisation”, she emphasises. The team develops and applies advanced microscopic, biophysical and computational methods, including machine learning–based tools that enable three-dimensional analyses of membrane nanomorphology.

Dr Kowalewska’s research makes a significant contribution to understanding the relationship between membrane geometry and function. The researcher has demonstrated that the spatial organisation of membranes is not merely the result of the self-assembly of their structural components, but also actively regulates cellular processes – marking a shift in the existing paradigm of cell biology.

While her studies are primarily fundamental in nature, understanding the principles of biological membrane self-organisation also holds significant application potential. It provides a foundation for the design of biomimetic nanomaterials that may be used in medicine, pharmacy and food technology – for instance, as drug carriers, materials supporting tissue regeneration or smart coatings.

The results of Dr Kowalewska’s research have been published in leading journals such as The Plant Cell, Plant Physiology, PNAS and Advanced Materials. She serves as Deputy Chair of the European research network COST European Curvature and Biology Network and is the principal investigator of three projects funded by the NCN.

Between the past, present and future

Professor Maciej Stolarski from the Faculty of Psychology at the University of Warsaw studies the phenomenon of mental time travel. He has provided empirical evidence for the crucial role of thinking beyond the present moment in shaping the quality and effectiveness of human life. His body of work – combining cognitive, personality and positive psychology – has had a significant impact on the development of research in the psychology of time.

The ability to mentally move between the past and the future is one of humanity’s most important evolutionary achievements, forming the basis for planning, decision-making, delaying gratification and reflecting on one’s life. “The ability for mental time travel, allows us not only to experience the present moment but also to relive the past and imagine the future”, says Prof. Stolarski. “Each temporal horizon offers unique possibilities: memories shape our identity, focus on the present enables mindfulness and savour life, while simulations of the future make planning possible and motivate us to act”.

The researcher studies the concept of a balanced time perspective – the ability to flexibly shift between the past, present and future depending on the situation. “A balanced time perspective means that we can, at the right moment, draw on memories, focus on the here and now, or look ahead to the future. It is precisely this flexibility that determines our well-being”, he explains.

The researcher has developed an index of deviation from a balanced time perspective, which has become a key reference point for studies conducted worldwide. He also examines how individual differences in time perception influence emotions, relationships and performance – including in sports. In recent years, he has combined his scientific work with his passion for ultramarathon running, demonstrating that future-oriented thinking supports regular training, perseverance and improved results.

“The NCN Award is, for me, a testament to the meaning and value of my work, as well as a source of motivation to keep moving forward. I am currently working on a theoretical synthesis of my research to date and on developing my own coherent theoretical framework”, emphasises Prof. Stolarski.

The researcher was the recipient of a scholarship from the Minister of Science and Higher Education for early-career researchers and a START fellowship from the Foundation for Polish Science. In 2021, he received the Polityka Science Award in the social sciences category. He currently leads, or has previously led, three research projects funded by the NCN.

A foundation for creating new materials

Dr hab. Bartosz Szyszko, Professor at the University of Wrocław, specialises in supramolecular chemistry. “Chemists usually study molecules connected through classical covalent or ionic bonds, whereas I wanted to explore chemical topology”, he says. “At the core of this field are systems that form a whole through a non-obvious interlinking of their components”.

Prof. Szyszko’s team focuses on the synthesis and investigation of rotaxanes, catenanes and molecular knots – mechanically interlocked molecules that resemble the links of a chain. Such systems exhibit entirely different properties, dynamics and reactivity compared with compounds known from classical chemistry. The achievements of his group include the development of new methods for constructing structures with nontrivial topology, including approaches that use metal ion clusters as structural templates. The researchers have also discovered a new type of molecular motion in rotaxanes, which they have termed “fluttering.” The group’s work on flexible molecular knots and links, published in Angewandte Chemie, was highlighted in Nature Synthesis.

“The NCN Award is, to me, a sign that even in a world where scientists are expected to deliver immediate results, faster processes, cheaper production and greater profits, there is still room for something different – for research driven purely by curiosity”, emphasises Prof. Szyszko. “Understanding the behaviour of individually mechanically interlocked molecules, gaining greater control over their dynamics, and explaining why they undergo specific reactions in one way rather than another brings us closer to the stage of their practical application in the design of advanced, intelligent materials and nanomachines – whose potential uses we may not yet be able to fully imagine”, he adds.

Rotaxanes are already being used for the controlled release of active substances within the body and for the production of gel-based materials capable of changing their volume in response to external stimuli – applications that are finding use, among others, in soft robotics. The researcher’s work may provide the foundation for the development of new functional materials and nanoscale devices, such as chemical sensors, substance carriers, nanomachine components or intelligent catalysts.

Professor Szyszko belongs to the so-called “NCN Generation”, a group of scientists whose academic careers have evolved in close connection with the NCN initiatives. He won a PRELUDIUM call addressed to PhD students in its very first edition. To date, he has led or continues to lead a total of five NCN-funded projects.

Among his distinctions are the Włodzimierz Kołos Award of the Polish Academy of Sciences, the Iuvenes Wratislaviae distinction, the Polish Ministry of Science and Higher Education scholarship for early-career researchers and the START fellowship of the Foundation for Polish Science. He publishes in leading chemistry journals such as Angewandte Chemie, Journal of the American Chemical Society and Nature Communications. He is also a member of the Polish Young Academy.

Media patronage

Forum Akademickie

Nauka w Polsce PAP

NCN Award 2025. NexGen Science Night

Tue, 10/14/2025 - 09:00
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The NCN Award is the most prestigious distinction for early-career researchers in Poland. The winners will be announced on 15 October 2025, 6:30 pm during the Award ceremony which will be broadcasted online.

The Award of the National Science Centre was established in 2013 and has since been granted to early-career researchers whose work pushes the boundaries of knowledge and makes a significant contribution to the world of science, in recognition of their outstanding basic research projects conducted at Polish research institutions. The Award is granted in three categories: Humanities, Social Sciences and Art Sciences (HS), Physical Sciences and Engineering (ST) and Life Sciences (NZ). So far, the Award has been presented to 36 researchers.

This year, 185 applications were received, covering 125 nominees, from which the Chapter selected three winners, one in each research field. Their names will be announced during the Award ceremony at the Manggha Museum of Japanese Art and Technology in Kraków. The event can be followed online, on the NCN website and our YouTube channel.

The Award ceremony will be hosted by Karolina Głowacka from Radio Naukowe, with media support from Forum Akademickie and Science in Poland, Polish Press Agency. Over the next few weeks, the winners will discuss their research in the Science at the Centre series, launched by the National Science Centre in cooperation with the Copernicus Centre Foundation.

NCN Award in a Nutshell

  • Established by the NCN Council in 2013 to recognise Poland-based researchers conducting top-notch basic research projects
  • Awarded every year in three research areas: Humanities, Social Sciences and Art Sciences; Life Sciences; and Physical Sciences and Engineering
  • 36 researchers awarded so far. NCN Award Winners
  • Each winner receives an award of PLN 50 000  
  • Nominees must be researchers who have been conferred their PhD degree within the past 12 years; this period may be extended to account for any career breaks caused by illness or childcare
  • Chapter: NCN Council members and NCN Director
  • Nominations may be submitted by former NCN Award winners, former NCN Council members, principal investigators in MAESTRO and SONATA BIS calls, experts reviewing proposals submitted to NCN calls, etc.
  • The most prestigious award in Poland recognising early-career researchers for their basic research projects
  • Presented at the Award ceremony 

 

Media patronage

Forum Akademickie

Equality benefits everyone

Mon, 10/13/2025 - 10:00
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The public debate lacks what could be called intergender empathy. If we focus exclusively on one group, ignoring the other, we only reinforce antagonism instead of building community. Equality is not about talking about women against men; it is about including different perspectives. This approach should be mutually beneficial,” says Professor Natasza Kosakowska-Berezecka in an interview held as part of the #rozmowaNCN series. 

Natasza Kosakowska-Berezecka, photo: private archiveNatasza Kosakowska-Berezecka, photo: private archive Professor Natasza Kosakowska-Berezecka, Ph.D., is an intercultural psychologist and equality and diversity expert, working at the University of Gdańsk. She conducts international research on the perceptions of men and women in different social roles. She was the manager of the Towards Gender Harmony project in which, together with more than 100 male and female researchers from six continents, she explored the attitudes of male and female students from 60 countries towards contemporary understanding of femininity and masculinity and gender equality. Currently, she leads the Masculinity Navigator project, dedicated to masculinity norms and male well-being, carried out among teenagers and adults from Poland and Norway. Together with her team, she has conducted analyses of the so-called hidden profiles of attitudes towards equality, involving more than 600 boys in Poland and more than 200 in Norway.

Anna Korzekwa-Józefowicz: Recently I’ve listened – again in a similar format – to a panel on women in science which featured only female researchers. In the open part of the discussion, I even pointed out that, with such a line-up, it was easy to reduce the topic to a “women's issue” instead of seeing it as a management issue for the institution and the scientific community. Was I right?

Natasza Kosakowska-Berezecka: If I had been a participant in that meeting, I would probably have supported you. It is also likely that those organising the conference made an effort to include men on the panel, but I know from experience that it is difficult to persuade men to do so. Unfortunately, the assumption persists here that gender equality issues are only a women’s issue.

However, since we are talking about gender, it is difficult to have a real dialogue when one gender is predominant. Yes, unisex panels are sometimes needed because each group wants a space where they feel safe. But when it comes to discussions about women in science, when it is only the women concerned themselves who talk about gender gaps, glass ceilings and barriers to promotion, while all this is true, the problem cannot be effectively and permanently solved.

All the more so as research shows that the very phrase “gender equality” provokes strong reactions in some men, including physiological ones, such as raised blood pressure. There is a sense of threat: that the world is changing, that women are “gaining the upper hand” and men are losing something. As a result, resistance to equality measures is growing and some men are less willing to support them. They also increasingly feel that they themselves experience discrimination, while that against women is decreasing. This is why it is so important to seek dialogue instead of locking ourselves in separate spaces – otherwise the gap between men and women will widen.

Why the raised pressure and the anxiety that something is being lost?

This feeling arises primarily in men who strongly identify with their own gender. Gender is a category that is heavily dichotomised and encased in social expectations. Masculinity is usually associated with efficiency, dominance and power. Thus, if gender strongly defines one’s identity, equality measures may be perceived as a threat. A “zero-sum game” mechanism is then activated – the belief that women’s gains automatically mean men’s losses – those men who feel that it is men who are more entitled to power, dominance and prestige will be particularly inclined to see equality measures as a threat to their own status.

Research, including cross-cultural research, shows that masculinity is a construct that needs to be constantly reaffirmed in every culture. So, as equality grows and women become more visible, some men perceive this as a kind of identity shock. The need then arises to compensate for this sense of threat – in various forms.

How is it manifested?

The vast majority of men are indifferent towards equality issues. There are also those who call themselves feminists and actively work for equality at work and at home. But there are also those who, in a moment of danger, will rely even more readily on traditional role models – they will be more willing to take risks because it is masculine, they will be more reluctant to share domestic responsibilities with a partner or support equality measures. It is a kind of defensive reaction.

Similar mechanisms can also be seen at a group level. In the narratives of the European Union or the United Nations, equality measures are presented as a way of levelling the playing field – women start at a disadvantage, so programmes and mechanisms need to be put in place to reduce the gap. Thus, men are put in the position of having to “make room” for women in the space of power and influence. There is a lack of information on the mutual benefits of equality measures for both women and men.

Men are increasingly declaring that they notice the strong presence of women in science, the media and politics, and some of them are beginning to perceive these solutions as unfair. They feel that since women are doing better and better, additional institutional support no longer means levelling the playing field, but favouring women. They say: “they keep talking about women, and we have our problems too”. They indicate that they want a greater share in childcare, the right to work-home balance or equal treatment in the event of divorce.

Including different perspectives

It is still relatively rarely pointed out that inequalities also have consequences for men, and when it is, it is often from positions that disfavour women.

The public debate lacks what could be called intergender empathy. If we focus exclusively on one group, ignoring the other, we only reinforce antagonism instead of building community. And yet, the point is that rather than on competition, the efforts to promote equality should focus on mutual support and a shared pursuit of the goal of a safe and comfortable life and the opportunity to realise one’s plans and dreams.

Equality is not about talking about women against men; it is about including different perspectives. This approach should benefit both parties.

Where the prevailing belief is that a “real man” must constantly prove his strength and control, men are more likely to fall ill and live shorter lives. In contrast, in environments where equality is implemented wisely and in an atmosphere of cooperation and dialogue, people feel safer, have a greater sense of belonging and are more willing to get involved. Diverse research teams, comprising both women and men, and ideally also people of different ages, demonstrate greater innovation, more patents and better publications. In organisations, this translates into greater loyalty and job satisfaction.

On the other hand, the pervasive presence of gender stereotypes translates into a lower level of economic development, lower productivity and a greater risk of social conflict at the national level.

The Masculinity Navigator project focuses on men’s well-being.

Project team, photo: private archiveProject team, photo: private archive The project grew out of our earlier research on male and female students’ attitudes, which showed that inequality at the national level is associated with lower physical and mental well-being among men, yet this is not accompanied by a full and committed willingness on the part of men to support equality measures. On the contrary, there are – albeit few – voices expressing anti-feminist tendencies among young men around the world.

We also noticed a big research gap when it comes to teenagers. Very little research is done on how boys and girls aged 16-18 view gender equality and male roles, and it is in this group that the gap in political views is growing fastest – European surveys show that the gap between boys and girls, and latterly also between young women and men, is steadily widening. Some Norwegian studies – conducted in a country with a long history of promoting equality – suggest that boys are beginning to fear the very idea of equality.

That is why we decided to take a closer look. For three years, we conducted longitudinal research in Poland and Norway, using surveys, experiments and in-depth qualitative research such as focus groups. We were looking for an equaman – boys and men with egalitarian views, treating women with respect, recognising equal rights of both genders and not perceiving equality measures as a threat to their own masculinity; quite the opposite, declaring a desire to actively promote equality.

We checked whether boys and girls have a similar understanding of equality, how they link their gender identity to their sense of well-being and whether this influences their willingness to support equality measures.

How many equamen are there in this age group?

Among Polish participants of the study, around 14% of teenagers present an attitude most similar to that of an equaman. These are people who do not see a threat in feminism, have more egalitarian views on gender and a positive attitude towards women. Another group – around 13% – are also potential allies for whom masculinity is not a key part of identity. By contrast, the largest proportion – around 40 per cent – is made up of moderate-minded boys, in whom so-called benevolent sexism is evident: the belief that women should be protected and cared for, but at the same time that if they become “too independent” they deserve criticism or punishment. Another profile we have identified is associated with attitudes similar to those of the so-called incels – characterised by aversion to feminism and equality, and fear of women. This is approximately 8 per cent of the surveyed group.

A key conclusion from our analysis is that these attitudes are very similar in Poland and Norway, despite Poland being regarded as a more traditional country. The distribution of profiles in Norway looks very similar.

How do you create space for “equamen”?

If we add up these percentages, the conclusions are not very optimistic. How can we influence the increase in pro-equality attitudes?

Why? Among the boys surveyed, there are some who want to support equality measures and are characterised by more egalitarian than traditional attitudes towards gender.

What can realistically empower boys to build pro-equality attitudes is their relationships with girls. The more female friends they have, the more willing they are to support equality measures. This is accompanied by a decline in gender essentialism, i.e. the belief that women and men are completely different “by nature”. And the less we see this gap between us, the more similarities we see, the easier it is to build a sense of community and a willingness to work together.

We are currently working on the final stage of the project – creating educational interventions. We are looking for ways to foster empathy between the genders, to highlight similarities between men and women, and to reduce gender essentialism and sexism in boys and girls. We show that the differences between us are sometimes smaller than we think, and that there is often more variation within one gender than between the genders. Preliminary findings suggest that the mere provision of sound knowledge – in the form of a lecture or a short workshop – can prompt reflection on the value of gender equality; the benefits it brings to women and men and the willingness to support it. And this is a prerequisite for equality policies to be effective and lead to the creation of a safe environment to learn, work and live in.

You have worked with schools in Pomerania and in the Tromsø and Oslo areas. Were there any problems with the implementation of research on a topic considered sensitive? We can see what emotions the subject of health education is stirring at Polish schools.

Our team has been cooperating with many schools for a long time and has completed numerous joint projects.

We were met with great openness. The schools responded immediately: “Yes, we want to know how boys and girls perceive their gender, how this relates to their well-being and equality standards.” Parents gave their consent for their teenagers to participate in the study, and the ethics committee approved the project. Research involving minors is subject to particularly strict rules, so each stage is carefully assessed.

Pro-equality measures may stir emotions, but ultimately it is about something very simple: that everyone should feel that they can be themselves and enjoy mental well-being. And we can clearly see that restrictive gender norms – including among adolescents – generate tensions that take a toll on their health. Therefore, a healthy femininity and a healthy masculinity are the foundation of a healthier society, and supporting equality gives us all a more comfortable life at work, within the family and in social relationships.

You mentioned that even lectures can bridge the gap between young people. What actions are still worth taking?

Project team, photo: private archiveProject team, photo: private archive In social psychology – and the social sciences more broadly – there is still a large gap when it comes to testing interventions, that is activities that can actively build and change attitudes. We often assume that certain actions may or may not work, but rarely have the time and resources to study their long-term effects. Most often it looks like this: measurement before, intervention, measurement after – and that’s the end of it. What is missing is the third stage, which is to see what stays with the participants for longer.

In our project, thanks to the longitudinal study in which we followed adolescents for almost two years, we can identify specific factors promoting mental health and openness to equality. This allows us to plan interventions based on data rather than intuition.

We are currently creating short sets of activities and exercises of about one and a half hours, including both a theoretical part and practical tools – aimed at teachers, educators and those working with teenagers and young adults. The idea is to create a space where teenagers learn to talk to each other about gender stereotypes, mutual expectations and relationships, which are also not free from stereotypical influence.

What do you start your conversations with during such meetings?

The first step is to show the losses that we all suffer when equality measures are lacking – both at the individual and societal level, the second is to build empathy. We try to make sure that participants really listen to each other. A simple exercise helps with this: we ask them to complete the sentences “I am a woman, I must...”, “I am a man, I must...”, “I am a woman, I must not...”, “I am a man, I must not...”. It often turns out that what is allowed for girls is often not accepted with boys – and vice versa. Everyone loses something in a sense. Third, we refer to research findings which show that the differences between women and men are much smaller than is commonly believed. We often exaggerate them ourselves, although meta-analyses of many studies clearly show that we are more alike than different.

We will cover this material in a manual, which will also give guidance on how to talk about gender equality without antagonising, but rather with an emphasis on cooperation and alliance building.

Will the manual reach a wider audience?

Absolutely. We will make it available on the website and promote it widely. We want it to be practical material, based on sound knowledge, useful not only in schools, but also for those involved in social communication or education – journalists, teachers, local leaders. It is not about a revolution, but rather about mutual respect and understanding that gender equality benefits everyone and need not be seen as a threat. It is also a men’s issue – and for men. That is why we need more panels on equality with their participation.

About Basic Research at First National Congress “Science for Business”

Thu, 10/09/2025 - 14:00
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Between 19 and 21 November, the first National Congress “Science for Business” will be held in Warsaw. The event will bring together the scientific community, business and public administration. We will discuss mechanisms for technology transfer, innovation implementation and building a knowledge-based economy.

Innovation leaders, scientists, entrepreneurs and politicians are welcome to develop new R&D cooperation models to increase the competitiveness of Polish economy.

On 21 November, the National Science Centre, as a partner of the Congress, will organise a panel discussion “Basic research for the development of Polish economy. How to accelerate the transfer of knowledge?”. The discussion will be moderated by Prof. Krzysztof Jóźwiak, NCN Director. Guests will include researchers working at the Polish research institutions and involved in basic research in various areas of knowledge, who are familiar with commercialisation of research results and their potential impact on the society at large. Panellists will include Prof. Małgorzata Kossowska, Head of the Department of Social Psychology, Jagiellonian University, Prof. Dr hab. Jacek Jemielity, Director of the Centre of New Technologies, University of Warsaw, President of ExploRNA Therapeutics, Dr hab. Magdalena Stobińska, University of Warsaw Professor, Head of the Quantum Information Technologies Research Group (“QCAT”), University of Warsaw, and Prof. Krzysztof Fic from the Institute of Chemistry and Technical Electrochemistry, Poznań University of Technology.

“During our discussions, we will emphasise the impact of science and basic research on the development of knowledge potential that can be transformed into original, domestic innovations and new technologies. We will also explain how basic research influences social and economic development and contributes to building a knowledge-based economy,” says Prof. Jóźwiak. “This is particularly important in countries like Poland, which need to seek new innovation-based economic drivers and develop future competitive advantages in the global market,” he adds.

The panel discussion organised by the National Science Centre will be held on 21 November, at 9 am, as Part B: Business – Technology – Advantage (Hall B).

The event is organized by the Ministry of Science and Higher Education and the Łukasiewicz Research Network. The Congress is held under the patronage of the Prime Minister, and the Honorary Committee and Programmew Council include representatives of the government, leading scientific institutions and business community.

We discussed the impact of basic research on our lives and talked about what is needed for new discoveries, as well as why innovations are impossible without basic research in our podcast (S2E1) and during the 24th Economic Forum in Karpacz.

From Antiquarianism to Archeology. Philipp von Stosch's Collections and Achievements

Principal Investigator :
Dr Paweł Gołyźniak
Jagiellonian University

Panel: HS3

Funding scheme : OPUS 17
announced on 15 March 2017

Producing drawings, photographs and 3D scans are today commonly used methods for the visual documentation of archaeological artefacts, both during excavations and the publishing of museum collections. However, it took centuries to develop an effective methodology in this field. As demonstrated by research carried out within the framework of the project, a particularly significant period was the first half of the eighteenth century. The growing awareness among collectors and antiquarians of the necessity of publishing their assemblages, combined with increasing pressure from scholars to provide accurate illustrations of artefacts in publications, led to the first attempts at systematic visual documentation based on consistent principles. A pioneer in this area proved to be Philipp von Stosch (1691-1757), at the time the most prominent collector of ancient engraved gems.

The starting point for the research conducted by the international team was the verification of more than 3200 drawings of gems, discovered among others in the Princes Czartoryski Museum in Krakow and in the Kunstbibliothek in Berlin, as originating from Stosch’s former archive. These materials, together with other archival documents and the collector’s correspondence, were subjected to detailed analysis and study, resulting in a comprehensive monograph entitled Philipp von Stosch: Collecting, Drawing, Studying and Publishing Engraved Gems, published in open access by Brill Publishers (link). This publication presents and discusses Stosch’s profile and achievements in the fields of collecting, drawing, documentation, research and the publication of ancient engraved gems. At the same time, it highlights and critically examines those aspects of his activities that stand in marked contrast to the widely disseminated negative views of him as a spy and compulsive collector.

On the left: Girolamo Odam, Intaglio with the head of Heracles and a club, signed GNAIOC, The Princes Czartoryski Museum, inv. no.: MNK XV Rr. 3521, ok. 1715-1718, 268x187mm, © P. Gołyźniak. On the right: Intaglio with the head of Heracles and a club, signed GNAIOC, London, The British Museum, blue beryl (aquamarine) intaglio, 24x20mm, third quarter of the 1st century BC, ©The Trustees of the British Museum, CC BY-NC-SA 4.0.On the left: Girolamo Odam, Intaglio with the head of Heracles and a club, signed GNAIOC, The Princes Czartoryski Museum, inv. no.: MNK XV Rr. 3521, ok. 1715-1718, 268x187mm, © P. Gołyźniak. On the right: Intaglio with the head of Heracles and a club, signed GNAIOC, London, The British Museum, blue beryl (aquamarine) intaglio, 24x20mm, third quarter of the 1st century BC, ©The Trustees of the British Museum, CC BY-NC-SA 4.0.

The research results reveal the true nature of Stosch’s achievements, portraying him as a respected antiquarian, collector, patron and scholar. It turns out that he was the first researcher of ancient glyptics to employ innovative and highly precise methods of gem drawing documentation. Many artists worked under his close supervision, including Pier Leone Ghezzi, Girolamo Odam, Bernard Picart, Antonio Maria Zanetti, Theodorus Netscher, Markus Tuscher, Johann Justin Preißler, Georg Martin Preißler, Georg Abraham Nagel and Johann Adam Schweickart. The drawings they produced served various purposes, from private studies and consultations with other collectors and scholars to illustrations for publications (such as the 1724 book on gems signed by ancient engravers), as well as for a planned supplement to that work, a catalogue of his collection and other projects that ultimately remained incomplete.

Gołyźniak, P., Hansson, U.R., Rambach, H.J. 2025. Philipp von Stosch: Collecting, Drawing, Studying and Publishing Engraved Gems. Lejda-Boston: Brill Publishers (book cover).Gołyźniak, P., Hansson, U.R., Rambach, H.J. 2025. Philipp von Stosch: Collecting, Drawing, Studying and Publishing Engraved Gems. Lejda-Boston: Brill Publishers (book cover). The rediscovered drawings and other sources confirm not only Stosch’s key role in disseminating knowledge of ancient glyptics but, above all, demonstrate his profound influence on shaping the standards of documentation and publication of archaeological artefacts. These standards contributed to the transformation of eighteenth-century antiquarianism and revolutionised the study of gems, while at the same time laying the foundations for the development of scientific archaeology and the history of ancient art. Of particular importance in this context is the recognition of Stosch’s impact on the formation of Johann Joachim Winckelmann’s views, which in turn provided the basis for writing the first synthesis of the history of ancient art (1764).

As part of the project, an evaluation was also carried out of a book devoted to gems signed by ancient engravers, published by Stosch in 1724. Modern analysis led, among other things, to the verification of nearly half of the objects described there as modern forgeries, ancient gems with signatures added at a later date, or stones whose inscriptions turned out not to be engravers’ signatures but rather the names of former owners. Moreover, in many cases, for the first time in 300 years, it was possible to rediscover the original gems and illustrate them anew.

The rediscovered fragments of Stosch’s former drawing archive of gems were subjected to detailed analysis and published in a catalogue accompanying the monograph. Approximately two-thirds of the nearly 3,200 gems depicted in the drawings were successfully identified. Around one thousand objects, however, represent a unique visual record of gems that are now lost or no longer extant. The project also explored a number of related topics. The discovered sources made it possible, among other things, to restore the memory of Girolamo Odam (1681-1740) as a collector of gems and an antiquarian, to investigate the issue of the extremely rare so-called gemmae macabre produced during the Late Roman Republic, and finally to demonstrate that certain groups of gems from Stosch’s collection were sold by his heir, Heinrich Wilhelm Muzell-Stosch, before the core of the collection was purchased in 1764 by King Frederick II of Prussia.

Both the monograph (published in open access) and the accompanying articles provide unrestricted access to the aforementioned museum collections, opening up broad prospects for further research. As part of the project, non-invasive analyses were also carried out on selected drawings from the Czartoryski Museum collection, enabling their proper conservation, storage and future display. The project was interdisciplinary in nature, combining approaches from archaeology, history, conservation and art history.

The discovery of such a large number of previously unknown drawings and their attribution to specific artists connected with Stosch’s circle in the first half of the eighteenth century has significantly enriched our knowledge of their work. Against this background, Pier Leone Ghezzi (1674-1755) stands out in particular, as it turns out that under Stosch’s strong influence he became an outstanding documenter of contemporary archaeological discoveries and antiquities found in Rome and its surroundings. His figure is the focus of another research project that I am carrying out within the framework of an NCN OPUS grant, entitled Pier Leone Ghezzi (1674-1755) and his artistic, collecting and research activities and the development of proto-archaeology in the eighteenth-century Rome.

Pier Leone Ghezzi, Meeting of antiquarians at the house of Baron Philipp von Stosch (Congresso de’migliori antiquarj di Roma, 1725), Vienna, Albertina, iv. no.: 1265, 270×395 mm, ©The ALBERTINA Museum, Vienna.Pier Leone Ghezzi, Meeting of antiquarians at the house of Baron Philipp von Stosch (Congresso de’migliori antiquarj di Roma, 1725), Vienna, Albertina, iv. no.: 1265, 270×395 mm, ©The ALBERTINA Museum, Vienna.

Project title: Philipp von Stosch (1691-1757) – collecting, visual documentation, research, and publication of ancient engraved gems - an example of transformation of eighteenth-century antiquarianism into proto-archaeology

Dr Paweł Gołyźniak

Kierownik - dodatkowe informacje

Works as a Research Fellow in the Institute of Archaeology, Jagiellonian University in Krakow. His research interests include engraved gems (ancient and neo-classical), Roman Republican and Augustan numismatics, history of antiquarianism, collecting and scholarship and the legacies of Philipp von Stosch (1691-1757) and Pier Leone Ghezzi (1674-1755). Author of Ancient Engraved Gems in the National Museum in Krakow (2017), Engraved Gems and Propaganda in the Roman Republic and under Augustus (2020), Engraved Gems from Tbilisi, Georgia. The Natsvlishvili Family Collection. Światowit Supplement Series C: Pontica et Caucasica. Volume III (2022), and with Ulf R. Hansson and Hadrien J. Rambach – – Philipp von Stosch: Collecting, Drawing, Studying and Publishing Engraved Gems (Leiden-Boston: Brill Publishers, 2025) and dozens of scientific articles.

Paweł Gołyźniak

OPUS 30 + LAP/ Weave

Kod CSS i JS

15 September 2025

The National Science Centre (the “NCN”) has launched the OPUS 30 LAP/Weave call for research projects. The call is open to proposals for research projects carried out in international bilateral or trilateral cooperation under the Weave programme as well as projects carried out with the use of large international research equipment by the Polish research teams. The call is addressed at researchers at researchers at any stage of their academic careers, who are planning:

  • research projects without foreign participation (OPUS proposals),

EXAMPLE: A research project carried out by a research team affiliated with a Polish institution.

  • research projects implemented by Polish research teams with the use of large international research equipment (OPUS proposals),

EXAMPLE: A research project carried out by a research team affiliated with a Polish institution, using data from the Gaia space mission launched by the European Space Agency in 2013.

  • research projects with participation of foreign partners that do not apply for funding for that purpose under the Weave programme (however, foreign teams may apply for funding under other research-funding programmes that are not co-launched by the NCN pursuant to the LAP under the Weave programme) (OPUS proposals),

EXAMPLE: A research project carried out by a research team affiliated with a Polish institution (applying for NCN funding of the Polish part of the research project), in partnership with Spanish partners that seek independent funding for the Spanish part of the project from other sources.

  • research projects in additional partnership with foreign partners that do not apply for funding for that purpose under the Weave programme and with additional use of large research equipment (OPUS proposals),

EXAMPLE: A research project carried out by a research team affiliated with a Polish institution (applying for NCN funding for the Polish part of the research project), using data from the Gaia space mission launched by the European Space Agency in 2013, in partnership with Spanish partners that seek independent funding for the Spanish part of the project from other sources.

  • research projects within the framework of LAP cooperation under the Weave programme, i.e., in cooperation with foreign research teams from Austria, Czechia, Slovenia, Germany, Switzerland, Luxembourg or Belgium-Flanders that seek parallel funding of the projects from their respective research-funding agencies under the Weave programme, i.e., to FWF, GAČR, ARIS, DFG, SNSF, FNR or FWO (OPUS LAP proposals),

EXAMPLE: A research project carried out by a research team affiliated with a Polish university (applying for NCN funding of the Polish part of the project) in partnership with a German research team that seeks funding from the DFG within the framework of the Weave programme.

  • research projects within the framework of LAP cooperation under the Weave programme, in partnership with foreign partners that do not seek funding for that purpose under the Weave programme or with the additional use of large research equipment (OPUS LAP proposals).

EXAMPLE: A research project carried out by a research team affiliated with a Polish institution (applying for NCN funding of the Polish part of the project) in partnership with a German research team applying for DFG funding within the framework of the Weave programme and in partnership with Spanish partners that seek independent funding for the Spanish part of the project from other sources.

International cooperation is not mandatory under OPUS 30 and proposals submitted in partnership with foreign partners will not be given preferential treatment over proposals submitted without such partnerships.

The call budget is PLN 550 million.

Proposals must be submitted electronically via the OSF submission system (https://osf.opi.org.pl/en/) pursuant to the proposal submission procedure.

The proposal form will be accessible in the OSF submission system as of 17 September 2025, and the deadline is 15 December 2025, at 2:00 p.m.

OPUS LAP proposals drafted by a Polish research team in partnership with foreign research teams must be submitted via the OSF submission system by 15 December 2025, at 2:00 p.m. Furthermore, each foreign research team involved in a project within the framework of Weave cooperation, must also submit a funding proposal, including a set of required documents, to its respective research-funding agency, by the date and according to the terms specified thereby. Proposals must be submitted as follows:

  • research teams from Austria: to the FWF;
  • research teams Czechia: to the GAČR;
  • research teams from Slovenia: to the ARIS;
  • research teams from Germany: to the DFG;
  • research teams from Switzerland: to the SNSF;
  • research teams from Luxembourg: to the FNR; and
  • research teams from Belgium-Flanders: to the FWO.

The call results will be published as follows:

 

OPUS proposals OPUS LAP proposals

within 6 months of the proposal submission date

 

by the end of June 2026

within 11 months of the proposal submission date, depending on the date the evaluation is approved by the partner institutions from the other countries

 

by the end of November 2026

 

Call timeline for OPUS LAP proposals:

  • in partnership with foreign research teams from Austria, Czechia, Switzerland, Luxembourg and Belgium-Flanders: end of July 2026
  • in partnership with foreign research teams from Slovenia and Germany: end of October 2026

Significant modifications:

  • the principal investigator is required to spend at least 50% of the project duration period in Poland or at the foreign division of the participating entity, and be available to the participating entity;
  • the qualifications and scientific achievements of the principal investigator will not be evaluated by external experts; 
  • the post-doc’s remuneration rate has been updated to PLN 140,000 - 210,000 per year;
  • it is no longer required to justify post-doc’s remuneration over PLN 140,000 per year;
  • the research fellowship can now be pursued during the course of studies and its duration has been reduced from 10 to 9 months;
  • there is a new maximum limit on salaries and scholarships for students and PhD students of PLN 8,500 for each student or PhD student under NCN-funded research projects;
  • the doctoral scholarship rate has been increased to PLN 6,500;
  • the restriction on receiving NCN full-time salary alongside pension benefits has been extended to include equivalent foreign benefits (the modification applies to all types of full-time salaries for principle investigators, post-docs, senior researchers, and supporting staff);
  • the policy of open access publication of research results has been updated;
  • the definition of a collective investigator has been modified.

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Who may apply for funding?

Proposals may be submitted to the call by entities specified in the Act on the National Science Centre, namely:

  1. universities;
  2. federations of science and higher education entities;
  3. research institutes of the Polish Academy of Sciences operating pursuant to the Act on the Polish Academy of Sciences of 30 April 2010 (Journal of Laws of 2020, item 1796, as amended);
  4. research institutes operating pursuant to the Act on Research Institutes of 30 April 2010 (Journal of Laws of 2024, item 534);
  5. international research institutes established pursuant to separate acts, operating in the Republic of Poland;

5a. Łukasiewicz Centre operating pursuant to the Act on the Łukasiewicz Research Network of 21 February 2019 (Journal of Laws of 2024, item 925 and 1089);

5b. institutes operating within the Łukasiewicz Research Network;

5c. Centre of Postgraduate Medical Education operating pursuant to the Act on the Centre of Postgraduate Medical Education of 13 September 2018 (Journal of Laws 2024, Items 570 and 1897),

  1. Polish Academy of Arts and Sciences;
  2. other institutions involved in research independently on a continuous basis;
  3. groups of entities (at least two entities mentioned in sections 1-7 or at least one institution as such together with at least one company);
  4. scientific and industrial centres within the meaning of the Act on Research Institutes of 30 April 2010 (Journal of Laws of 2022, item 498);
  5. research centres of the Polish Academy of Sciences within the meaning of the Act on the Polish Academy of Sciences of 30 April 2010 (Journal of Laws of 2020, item 1796);
  6. scientific libraries;
  7. companies operating as research and development centres within the meaning of the Act on Certain Forms of Support for Innovative Activity of 30 May 2008 (Journal of Laws of 2021, item 706 and of 2022, item 1079);
  8. legal entities with registered office in Poland;

13a. President of the Central Office of Measures;

  1. natural persons and
  2. companies conducting research in another organisational form than laid down in sections 1-13a.

Which proposal should be submitted (OPUS or OPUS LAP)?

Who may act as a principal investigator?

Researchers with or without a PhD degree whose scientific achievements include at least one research paper published or accepted for publication are eligible to act as principal investigators. In the case of research in the arts, the principal investigator must have at least one paper published or accepted for publication or at least one artistic achievement or achievement in research in art completed. The proposal must include artistic works and/or achievements covering the period of the last 10 years before the proposal submission year (as of 2015). In specific cases, this period can be extended (by long-term (in excess of 90 days) documented sick leaves or physiotherapy leaves granted on account of being unfit to work. In addition, this period may be extended by the number of months of a childcare leave granted pursuant to the Labour Code and in the case of women, by 18 months for every child born or adopted child, whichever manner of accounting for career breaks is preferable.

In the case of OPUS LAP proposals, a principal investigator of each research team involved in the project must be specified, i.e., two principal investigators in the case of bilateral cooperation and three in the case of trilateral cooperation, including a principal investigator for the Polish research team and principal investigator(s) for the foreign research team(s).

The principal investigator is required to spend at least 50% of the project duration period in Poland or at the foreign division of the participating entity, and be available to the participating entity. The foregoing obligation does not apply to evidenced project-related business trips or holiday, time off work and other absence from work governed by the applicable laws.

Furthermore, the principal investigator for the Polish research team must be employed at the host institution for the Polish part of the research project for the entire project duration period pursuant to at least a part-time employment contract. The employment requirement does not apply to persons receiving pension under the social insurance scheme.

What is the Weave Programme?

The Weave programme relies on multilateral cooperation between the research-funding institutions associated in Science Europe and is aimed at simplifying the proposal submission and evaluation procedure concerning multilateral international research projects. The programme follows the Lead Agency Procedure (LAP) which is a new proposal review standard adopted by European research-funding institutions, designed to make it easier for international research teams to seek funding for joint research projects, as well as to streamline the process of proposal review by research-funding institutions. The procedure rests on the following key principles:

  • the use of domestic calls carried out by partner agencies to perform a merit-based evaluation of domestic as well as international bilateral and multilateral proposals, which compete on equal terms with domestic proposals;
  • trust in the quality of peer review among cooperating institutions.

This allows for funding proposals for joint projects involving at least two research teams from different countries to conduct joint research to be reviewed by one institution only, known as the lead agency, relevant to one of the teams involved in the project, under a scheme from its regular call portfolio. The results of a merit-based evaluation performed by the lead agency are then approved by the other institutions co-launching the call, which award funding to research projects recommended for funding as a result of that evaluation.

In the case of OPUS 30, the LAP cooperation is possible under the Weave programme cooperation between the NCN and:

  • FWF – Austrian Science Fund;
  • GAČR – Czech Science Foundation;
  • ARIS – Slovenian Research and Innovation Agency;
  • DFG – German Research Foundation;
  • SNSF – Swiss National Science Foundation;
  • FNR – Luxembourg National Research Fund;
  • FWO – Research Foundation – Flanders.

The Polish research team is the coordinating applicant that submits OPUS LAP proposals to the NCN. The NCN as the lead agency under OPUS 30 will perform a merit-based evaluation of OPUS LAP funding proposals for research projects carried out by research teams from Poland, as well as Austria, Czechia, Germany, Slovenia, Switzerland, Luxembourg or Belgium-Flanders.

Proposals for research projects carried out in bilateral or trilateral cooperation between research teams from Poland, Austria, Czechia, Germany, Slovenia, Switzerland, Luxembourg and Belgium-Flanders in which the FWF, GAČR, DFG, ARIS, SNSF, FNR and FWO act as the lead agency, can be submitted to the Weave-UNISONO call.

Are there any restrictions on submitting proposals for research projects under NCN calls?

Restrictions on submitting proposals are laid down in Chapter III of the Regulations on awarding funding for research tasks funded by the National Science Centre as regards research projects.

A researcher may be named as the principal investigator in only one proposal which means that in the present edition of NCN calls, a researcher can only be named once as the principal investigator in an OPUS proposal, OPUS LAP proposal or SONATA proposal.

Proposals covering research tasks overlapping tasks specified in another proposal submitted earlier may only be submitted after the NCN Director’s decision to refuse funding has become final, subject to §22.

An NCN Council member must not be named as the principal investigator or research team member or mentor in a proposal submitted during their term of office as the NCN Council member. A researcher who no longer sits on the NCN Council can be named as the principal investigator in a proposal at least 4 months* after the date of their ceasing to act as the Council member.

*This condition must be met on the end date of the call for proposals.

The total number of NCN projects managed by a researcher and proposals submitted to the NCN and subject to evaluation or recommended for funding in which that researcher is named as the principal investigator, must not be more than two, or three if the researcher manages at least one project funded under an international NCN call or has submitted at least one proposal to an international NCN call.

The table below illustrates the eligible funding requests.

Number of NCN research projects I manage 1 and proposals 2 I have submitted to the NCN Can I submit another funding proposal?

Total

Research projects OR proposals in domestic calls3

Research projects OR proposals in international calls4

domestic call

international call

0

0

YES

YES

1

1

YES

YES

2

2

0

NO

YES

2

1

1

YES

YES

2

0

2

YES

YES

≥3

3

NO

NO

Explanation:

1 Project management applies to the period from the date of signing the funding agreement under NCN calls until the date of submitting the final report on the project performance.

2 The limit applies to proposals pending evaluation or recommended for funding.

3 Research projects or proposals under NCN calls: OPUS, PRELUDIUM, SONATINA, SONATA, SONATA BIS, MAESTRO and research projects under HARMONIA,SYMFONIA, Covid-19.

4 The calls launched by the NCN in collaboration with foreign research-funding agencies include:

  • calls launched under EU-funded programmes, e.g., ERA-Net and European Partnerships (UNISONO, POLONEZ, POLONEZ BIS);
  • non-EU-funded calls launched by the networks of research-funding institutions, including within the framework of LAP cooperation (OPUS LAP/ WEAVE, WEAVE UNISONO, IMPRESS-U);
  • calls in bilateral collaboration between the NCN and foreign partner institutions (GRIEG, POLS, IDEALAB, BEETHOVEN, BEETHOVEN CLASSIC, BEETHOVEN LIFE, CEUS, MOZART, ALPHORN, DAINA, SHENG).

The limits do not include:

  • PRELUDIUM BIS, DIOSCURI, TANGO, and ARTIQ projects/ proposals;
  • MINIATURA proposals/ research activities;
  • NAWA proposals/ research components;
  • FUGA and UWERTURA fellowships;
  • ETIUDA scholarships;
  • Special funding scheme for researchers from Ukraine to continue research in Poland and special scholarship programme for students and early-career researchers from Ukraine.

What topics can research projects cover?

Basic research proposals may be submitted to the call in any of 26 NCN panels within three areas:

  • HS – Humanities, Social Sciences and Art Sciences;
  • ST – Physical Sciences and Engineering;
  • NZ – Life Sciences.

Proposals are reviewed within the panels to which they have been submitted (e.g., HS1, ST1, NZ1). The principal investigator selects the panel. The panel cannot be changed once the proposal has been submitted. If an incorrect panel is selected, proposals may be rejected.

What is the project duration?

Under the call, projects can be carried out over the period of:

OPUS proposals OPUS LAP proposals
  • 12 months
  • 24 months
  • 36 months
  • 48 months
  • cooperation with research partners from Austria, Switzerland, Slovenia, Luxembourg and Belgium-Flanders:
    • 24 months
    • 36 months
    • 48 months
  • cooperation with research partners from Germany or Czechia:
    • 24 months
    • 36 months
  • no trilateral cooperation between Poland, Czechia and Belgium.
  • project duration must be the same (if possible) or as similar as possible for all research teams involved in the project.

What type of positions are held by the research team members?

The terms of the call do not specify the maximum number of research team members.

Apart from the principal investigators, research tasks may also be performed by co-investigators, including students, PhD students, post-docs and senior researchers.

A post-doc type post is a full-time post, scheduled by the project’s principal investigator for a person who has been conferred a PhD degree in the year of employment in the project or within 12 years before 1 January of the year of employment in the project(the period may be extended by evidenced career breaks, in accordance with the section on the costs of the regulations on awarding funding).

A post-doc must have been conferred a PhD degree by an institution other than the one employing them at this position. Otherwise, they must have completed a continuous and evidenced research fellowship of at least 9 months during their studies at the doctoral school, doctoral studies or after being conferred their PhD degree at an another institution than the participating entity for the project and outside the country in which their  PhD degree was conferred. A prospective post-doc must be selected in an open call.

PhD students/students who will be NCN scholarship recipients in the project, must be recruited in an open call procedure.

A senior researcher position is a full-time employment position co-financed by the host institution to provide employment for a person who has been conferred a PhD degree at least 7 years before the proposal submission date, has expertise, unique competencies and experience necessary to perform the tasks in the project.

Senior researchers must not be involved in research projects covered by OPUS-LAP proposals.

The rationale of involvement of individual members of the research teams in the project is evaluated by the Expert Team. The proposal must include the description of competencies and tasks of individual members of the research team. For more information on the costs of salaries and scholarships, please refer to the section on the costs of the regulations on awarding funding.

How should the Polish project budget be planned?

The budget is an important aspect of the proposal and is subject to an of eligibility check and merit-based evaluation. 

The project budget must be well-justified as regards the subject and scope of research, based on realistic calculations and must specify the expenditures to be covered by the NCN (eligible costs). The terms of the call do not specify the total maximum or minimum amount of the project costs that can be requested, however an unjustified budget may result in the proposal being rejected.

According to the Regulations, the project budget (eligible costs) includes direct and indirect costs.

Direct costs include funds for:

  1. remuneration for the principal investigator:
  2. remuneration for co-investigators in the project:
  • full-time employment of post-docs,
  • full-time employment of senior researchers,
  • salaries and scholarships for students and PhD students,
  • additional remuneration for members of the research team; if the principal investigator is not to be employed full-time in the project, their remuneration is paid from the pool allocated for additional remuneration;
  1. purchase of research equipment, devices and software;
  2. purchase of materials and small equipment;
  3. outsourced services;
  4. business trips, visits and consultations (For OPUS LAP proposals: the costs of consultations and visits of co-investigators from research institutions that receive parallel funding from FWF, GAČR, ARIS, DFG, SNSF, FNR or FWO are not eligible);
  5. compensation for collective investigators and
  6. other costs crucial to the project which comply with the Types of costs in research projects funded by the National Science Centre.

Indirect costs include:

  • indirect costs of up to 20% of direct costs that may be spent on the costs that are directly related to the project, including the cost of open access to publications and research data,
  • indirect costs of open access of up to 2% of direct costs that may only be spent on open access to publications and research data.

For entities applying for state aid, indirect costs including indirect costs of open access and other indirect costs, must not exceed a total of 20% of the direct costs.

During the project implementation, the host institution must agree with the principal investigator the coverage of at least 25% of the indirect costs. Any expenditure made from that amount must be eligible.

For more information on the eligibility of the costs, please go to the Types of costs in research projects funded by the NCN.

OPUS LAP proposals must contain a budget table listing project costs of all foreign research teams involved in the project, drafted in accordance with the respective rules of the FWF, GAČR, DFG, ARIS, SNSF, FNR and FWO. Choose and complete a budget table section in Excel appropriate for the research team.

The budget must include the costs requested by foreign research teams from the FWF, GAČR, DFG, ARIS, SNSF, FNR and FWO identical with the costs specified in the NCN proposals submitted to the said institutions, as well as justifications for the amounts entered. Foreign project budgets in the budget table are subject to a merit-based evaluation to verify whether the project costs are reasonable as regards the subject and scope of research.

If the costs in the budget table are not justified, the proposal may be rejected.

The costs in the budget table must be entered in EUR (budgets of research teams from Austria, Slovenia, Germany, Luxembourg and Belgium-Flanders) and in CZK (budgets of research teams from Czechia) or in CHF (budgets of research teams from Switzerland), according to the following exchange rates:

  • EUR 1 = PLN 4,2626
  • CZK 1 = PLN 0,1746
  • CHF 1 = PLN 4,5611

A completed budget table must be annexed to OPUS LAP proposals.

In the case of OPUS LAP proposals, research projects carried out by the Polish research teams as of 2027 may be planned in the OSF submission system.

For more information and examples of the budget table, please refer to the Guidelines for Polish research teams submitting OPUS LAP proposals.

Open Access publication of research results

Applicable version of 10 July 2025

Pursuant to the Open Access Policy, all research results must be, if possible, made available in immediate open access.

The Open Access Policy does not apply to monographs, monograph chapters and peer-reviewed collected papers.

The National Science Centre recognizes the following publication routes as compliant with its Open Access Policy:

  1. publication in open access journals and on open access platforms registered, or with pending registration, in the Directory of Open Access Journals (DOAJ);
  2. publication in subscription journals (in which the articles require payment of a subscription fee) and/or hybrid journals (in which some of the articles are open access and some require payment of a subscription fee); in case of publishing in subscription-based model, it is advisable that Author Accepted Manuscript (AAM, i.e. the final manuscript version created by the author, including all the revisions introduced after the peer review, and accepted for publication in the journal; other terms: postprint or author’s accepted manuscript) or preprint, be made available in the repository listed in the Directory of Open Access Repositories (OpenDOAR); if the AAM/preprint is not made available, it will not affect the acknowledgment of expenses or the settlement of the project;
  3. publication in journals covered by an open access licence within the framework of so-called transformative agreements (which are available within limited time in accordance with the applicable agreements between national publishing consortia; journals covered by Polish transformative agreements are listed on the website of the Virtual Library of Science.

Manuscripts must be published under the following licences:

  • Route 1: Creative Commons (CC) licence or equivalent open licence in line with the open access policies;
  • Route 2: Version of Record (VoR, i.e. manuscript version published in a journal with its own typeface and branding; other terms: published version or publisher’s pdf), AAM or preprint should be made available in the repository using CC licence or equivalent open licence in line with the open access policies;
  • Route 3: CC licence or equivalent open licence in line with the open access policies.

Eligibility of Article Processing Charges:

The costs are eligible for each publication route and each CC licence or equivalent open licence in line with the open licence policies. The NCN does not recommend incurring APC fees for articles published under Route 2, if the AAM or preprint can be made available in the repository at no charge.

The data underpinning scientific publications resulting from the projects must be well-documented pursuant to the standards of the machine or manual findability, accessibility, interoperability or reusability (the so-called FAIR Data). Where possible, data must be made available in the repository using CC0 or CC BY 4.0 licence. Other licences can also be used as long as they ensure an equivalent level of data openness and reusability as CC0 or CC BY 4.0.

The term “data” is understood by the NCN as data collected and unprocessed as well as data generated and analysed, other than scientific publications. The definition comprises all forms, both digital and non-digital.

Proposal form

The information required in the proposal:

The information below must be entered in English.

The required parts of the proposal are laid down in the proposal form template applicable to OPUS and OPUS LAP.

OPUS proposals

OPUS LAP proposals

1. Information on the principal investigator, including:

  • information on their academic and research career and research experience, as well as 1-10 papers; for research in art, 1-10 most important papers published or artistic achievements and achievements in research in art;
  • information on research project management or other research funding under NCN calls or under other national or international calls;

in the proposal submission year or over the period of 10 years prior to the proposal submission year (including applicable breaks);

1. Information on the principal investigators (principal investigator for the Polish research team and principal investigator(s) for the foreign research team(s)), including:

  • information on their academic and research career and research experience, as well as 1-10 papers; for research in art, 1-10 most important papers published or artistic achievements and achievements in research in art;
  • information on research project management or other research funding under NCN calls or under other national calls;

in the proposal submission year or over the period of 10 years prior to the proposal submission year (including applicable breaks);

2. key information on the proposal and host institution for the project (also in Polish);

2. key information on the proposal and host institutions for the project (information for Polish entities also in Polish);

3. work plan (also in Polish);

3. work plan including research tasks performed by the Polish research team (also in Polish) and by each foreign research team involved in the project;

4. information on the scope of work carried out by the co-investigators in the project;

5. summary of the project;

6. abstract for the general public (also in Polish);

7. short project description with bibliography (up to 5 pages, A4; project literature does not count towards the page limit);

8. full project description with bibliography (up to 15 pages, A4; project literature does not count towards the page limit);

9. information on research projects carried out in international cooperation and related benefits (required only for projects performed with the use of large international research equipment by the Polish research teams or in cooperation with foreign partners);

9. information on research projects carried out in international cooperation and related benefits (only for projects performed pursuant to the LAP cooperation or with the use of large international research equipment by the Polish research teams or in cooperation with foreign partners);
The NCN does not require any documents (agreements) confirming the LAP cooperation between Polish and foreign research teams.

10. information on ethical aspects of research

11. information on the data management plan concerning data generated or used in the course of a research project, as required by the proposal;

12. project budget drafted in accordance with the Regulations;

12. Polish project budget drafted in accordance with the Regulations and foreign project budget included in the budget table drafted in accordance with the respective rules of the FWF, GAČR, ARIS, DFG, SNSF, FNR and FWO.

In the Osoby wskazane we wniosku [Individuals identified in the proposal] tab, enter the data of all persons who have been involved in the preparation of the proposal or will be involved in the project performance. At this point, enter the names of all persons whose data (name, affiliation) has been entered in other parts of the proposal. The applicant is required to notify such persons that their details have been disclosed in the proposal and will be processed by the NCN. This section is not subject to a review.

Can proposals in this call include application for state aid?

Proposals in the call may include application for state aid, except where funding is requested by an individual. For more details, please visit the State Aid website.

In the case of research projects carried out in a host institution for which project funding constitutes state aid, funds for students and PhD students can only be planned in the form described in the category “salary for students and PhD students” in the Types of costs in research projects funded by the NCN.

What is the proposal evaluation procedure?

Proposals are subject to an eligibility check followed by a merit-based evaluation.

Eligibility check:

OPUS proposals OPUS LAP proposals

NCN coordinators

NCN coordinators and partner institutions, i.e. FWF, GAČR, ARIS, DFG, SNSF, FNR and FWO, when proposals are submitted by the foreign research teams, according to their respective rules.

Only complete proposals that comply with the requirements of the call text are eligible for a merit-based evaluation. A proposal may also be rejected as ineligible at the later stage of evaluation.

Under OPUS 30, OPUS LAP proposals are evaluated together with other proposals submitted to the call.

Proposals approved as eligible are subject to a merit-based evaluation:

Merit-based evaluation

Proposals are subject to a merit-based evaluation performed in two stages by the Expert Teams (whose members are selected by the NCN Council) and external experts who are not Expert Team members:

Stage I: Evaluation by an Expert Team formed by the NCN Council, based on the data included in the proposal and annexes thereto, with the exception of the full project description. Individual reviews are drafted by two members of the Expert Team acting independently. In the case of a proposal which is assigned an auxiliary NCN Review Panel specifying disciplines covered by other NCN review panels than the one to which the proposal was submitted, the Chair of the Expert Team may decide to seek another review from a member of another Expert Team (interdisciplinary proposals).

Then, based on the discussions, a list of proposals recommended for stage II of evaluation is compiled by the Expert Team at the first meeting.

Stage II: Proposals are submitted to at least two reviewers who make individual reviews based on the data included in the proposal and annexes thereto, with the exception of the short project description. Then, based on the reviews of the reviewers and discussions at the second meeting, a ranking short list of proposals recommended for funding is compiled by the Expert Team.

The Expert Team recommends only those OPUS LAP proposals for funding that are among 20% of proposals with the highest rank among all those submitted to the OPUS call under individual NCN review panels. Following the merit-based evaluation, the NCN provides the partner institutions with information on the results thereof together with a list of projects recommended for funding for their approval.

OPUS LAP proposals recommended for funding by the NCN, involving cooperation with German research teams requesting funding from their partner institution Deutsche Forschungsgemeinschaft (DFG), are subject to another review from the DFG. Only proposals successfully reviewed by the DFG can be recommended for funding. The review is performed according to the rules of the partner institution and based on the documents on the evaluation performed by the NCN, including the written review.

The NCN Director awards funding for research projects performed by the Polish research teams, provided that the partner institutions award funding to the foreign research teams.

To find out more on the proposal evaluation procedure, please read the Proposal evaluation procedure for the Expert Teams.

Proposals are reviewed within the panels to which they have been submitted (e.g., HS1, ST1, NZ1). The panel is selected by the principal investigator. The panel must not be changed once the proposal has been submitted. Auxiliary NCN Review Panels allow to choose experts and reviewers to perform the merit-based evaluation of proposals. The Chair of the Expert Team may decide that interdisciplinary proposals be subject to another review by an expert from another panel.

What is reviewed in the merit-based evaluation of proposals?

The following aspects are prioritised during proposal evaluation:

  1. compliance with the basic research criterion;
  2. quality and innovative nature of research or tasks to be performed;
  3. impact of the research project on the advancement of the scientific discipline;
  4. assessment of the feasibility of the proposed research;
  5. scientific achievements of the principal investigator, including publications in renowned academic press/ journals;
  6. assessment of the results of research projects conducted by the principal investigator, funded by the NCN or from other sources;
  7. relevance of the costs to be incurred with regards to the subject and scope of the research and
  8. preparation of the proposal and compliance with other requirements of the call text.

The proposal evaluation criteria are laid down in the Regulations on awarding funding for research tasks funded by the National Science Centre.

The following aspects are additionally evaluated in the case of OPUS LAP proposals:

  1. a balanced and complementary contribution of all research teams in the project, which means that the contribution of each team involved in the project must be significant and is necessary, and their respective tasks should complement one another to create a coherent joint research project,
  2. academic and research career of foreign principal investigators and
  3. completion of other research projects by the principal investigators of foreign research teams.

Scientific track record, expertise and unique competences of prospective senior researchers as well as rationale of their employment are subject to a merit-based evaluation (OPUS proposals). A proposal may be rejected if those terms are not met and/or justification is missing.

Proposals with a zero score or “no” decision agreed by the Expert Team in any reviewed criterion (except for the data management and ethics issues in research) must not be recommended for funding.

Who performs the merit-based evaluation of proposals?

A merit-based evaluation is performed by the Expert Team pursuant to the terms of the call and evaluation criteria laid down in the Regulations on awarding funding for research tasks funded by the National Science Centre.

Expert teams are selected by the NCN Council in accordance with the terms of Expert Team formation. Experts are outstanding Polish and foreign researchers who are at least PhD holders. Expert teams are established for each call edition. The composition of the Expert Team is subject to the number and subjects of proposals submitted to each panel.

Proposals are reviewed by inter-panel teams (HS1, ST1, NZ1). The principal investigator selects the panel. The panel cannot be changed once the proposal has been submitted. If an incorrect panel is selected, proposals may be rejected.

When and how will the results be announced?

The call results are published on the NCN website and communicated to the applicants by way of a decision by the NCN Director as follows:

OPUS proposals OPUS LAP proposals

within 6 months of the proposal submission date, by the end of June 2026

within 11 months of the proposal submission date, subject to the date the evaluation is approved by the partner agencies, by the end of November 2026.

The call timeline for OPUS LAP proposals:

  • in partnership with foreign research teams from Austria, Czechia, Switzerland, Luxembourg and Belgium-Flanders: end of July 2026
  • in partnership with foreign research teams from Slovenia and Germany: end of October 2026.

Polish research teams must provide the merit-based evaluation documents to their partner teams involved in the project (co-applicants) for review.

Where can additional information be found?

For more information on the call, please read the Information for applicants on the NCN website and Guidelines for Polish research teams submitting OPUS LAP/ Weave proposals.

Should you have any more questions or queries, please contact us by e-mail at: informacja@ncn.gov.pl

Useful information

If you are intending to submit a proposal to the OPUS 30 call:

  1. read all call documents included in the call text, in particular:
  1. obtain data from the host institution for the project that is required to complete the proposal and find out about the internal procedures that may affect the proposal and project performance (cost planned in the project, procedure for acquiring signature(s) of authorised representative(s) of the entity to confirm submission of the proposal);
  2. if a group of Polish entities applies, a research project cooperation agreement must be drafted;
  3. acceptance letters from publishers must be prepared to confirm that a paper has been accepted for publication (when the scientific achievements section includes papers accepted for publication that have not been published yet).

Before the proposal is submitted to the NCN:

  1. check that the information in and annexes to the proposal are correct. The verification of the proposal for completeness in the OSF submission system by pressing the Sprawdź kompletność [Check completeness] button does not guarantee that the information has been entered correctly and that the required annexes have been attached;
  2. check if the tabs have been completed in the correct language according to the guidelines laid down in the proposal form template;
  3. disable the final version of the proposal to the NCN;
  4. download and sign the confirmation of proposal submission (principal investigator and authorised representative(s) of the entity);

In addition, in the case of OPUS LAP proposals, the NCN does not require that any documents (agreements) confirming LAP cooperation between Polish and foreign research teams be submitted or signatures of foreign research team members placed on OPUS LAP proposals or other documents annexed thereto.

  1. attach the confirmation of proposal submission with a signature.

Once the proposal is completed and relevant annexes attached, the proposal must be submitted to the NCN electronically via the OSF submission system using the Wyślij do NCN [Send to NCN] button.

In addition, in the case of OPUS LAP proposals, each foreign research team involved in a project must submit a funding proposal, together with a set of required documents, to its respective partner institution (FWF, GAČR, ARIS, DFG, SNSF, FNR and FWO), by the date and according to the rules specified thereby. If the partner institution requires applicants to submit a copy of the OPUS LAP proposals to its respective submission system, a complete English language version of the OPUS LAP proposal in PDF format must be generated following submission of the OPUS LAP proposal to the OSF submission system, and sent to the foreign research team.

Once the call for proposals has been closed:

  1. evaluation of proposals will be carried out;
  2. after each stage of evaluation, the funding decision by the NCN Director will be announced;
  3. if a proposal is recommended for funding, an OPUS or OPUS LAP funding agreement will be entered into; and
  4. the project will be carried out pursuant to the funding agreement and Regulations on the implementation of research projects, fellowships and scholarships. In the case of OPUS LAP proposals, research projects must be performed by the Polish and foreign research teams according to the rules of the NCN and respective partner institutions.

In the event of a breach of the call procedure or other formal infringements, applicants may appeal against the decision of the NCN Director with the Committee of Appeals of the NCN Council. The appeal must be lodged within 14 days of the effective delivery of the decision.

Please read the rules according to which the NCN processes personal data. In the case of OPUS LAP proposals, the following partner institutions are joint controllers of personal data:

Data processing information applicable to the Weave programme is available here.

In the case of OPUS LAP proposals in partnership with research teams from Germany, DFG is the data recipient (www.dfg.de/en/service/privacy_policy).

Call documents

  1. Terms and conditions of the OPUS call
  2. Terms of the call for research projects carried out pursuant to the Lead Agency Procedure (to be added soon)
  3. Regulations on awarding funding for research tasks funded by the National Science Centre as regards research projects
  4. NCN panels
  5. Regulations for awarding NCN scholarships in NCN-funded research projects
  6. Costs in research projects funded by the National Science Centre
  7. OPUS and OPUS LAP proposal form template
  8. Budget table / OPUS LAP proposals
  9. Research project cooperation agreement
  10. State aid
  11. Guidelines for Polish research teams submitting OPUS LAP proposals (to be added soon)
  12. Guidelines for applicants to complete the proposal in the OSF submission system (to be added soon)
  13. Guidelines for applicants to complete the Data Management Plan form in the research project
  14. Guidelines for applicants to complete the Ethics Issues form in the research project
  15. Open Science
  16. Code of the National Science Centre on research integrity and applying for research funding
  17. Proposal submission procedure

Documents applicable to the evaluation of proposals:

  1. Proposal evaluation criteria
  2. Establishing and appointing of Expert Teams
  3. Proposal evaluation procedure for the expert teams
  4. Service of decisions of the NCN Director
  5. Appealing against the NCN Director’s decisions

Documents to be read before commencing NCN projects:

  1. OPUS and OPUS LAP agreement templates (to be added soon)
  2. Procedure for auditing
  3. Guidelines for entities auditing the implementation of research projects funded by the National Science Centre
  4. NCN Council Resolution on collaboration with the Russian Federation within the framework of NCN-funded grants
  5. Information on personal data processing

NCN Council Calls for Increased Investment in Research

Mon, 09/22/2025 - 10:00
Kod CSS i JS

The NCN Council emphasises the urgent need to increase NCN funding by 400 million PLN in 2026. Without this increase, the grant system cannot continue to grow, opportunities for early-career researchers will be curtailed and the overall innovativeness of Polish research will decline. This statement refers to the draft state budget released on August 28.

In its resolution of September 21, the Council of the National Science Centre expressed deep concern that the draft state budget for 2026, initially adopted by the Council of Ministers at the end of August, maintains funding for NCN research projects at an unchanged level.

The Council firmly states that the level of the earmarked subsidy set out in the draft means that:

  • the success rate in NCN’s main calls in 2026 will be twice as low as the corresponding rate in national calls run by European grant agencies,
  • it will not be possible to adequately adjust project budgets, including remuneration and the equipment purchase limit, which has remained unchanged since 2012,
  • the NCN Council will be forced to maintain restrictions on the frequency of calls for proposals and may even have to consider reducing the range of funding opportunities.

The NCN Council stresses that the low success rate in calls, caused by insufficient funding by the Centre:

  • excludes a significant part of the research community from competing for grants, which considerably reduces the innovativeness of scientific research in Poland as well as the quality of education at universities;
  • in the case of open calls, reduces the chances of younger researchers;
  • privileges stronger research centres and limits the expansion of islands of excellence at universities that do not receive funding under the Excellence Initiative;
  • prevents the development of doctoral schools at PAS institutes, which can in practice finance scholarships almost exclusively through research projects;
  • disrupts the process of reliable evaluation of scientific disciplines.

The NCN Council therefore calls for an increase of 400 million PLN in NCN funding, stressing that additional resources for grant competitions will not only strengthen the national research system but also enhance the ability of Polish researchers to secure European funding. At the same time, the Council notes that the advantage of countries such as the United States and China in the field of key innovations – both civilisational and defence-related – results above all from consistent support for scientific research, including fundamental research.

Full text of the NCN Council resolution

 

Ig Nobel Prize for a Polish Scientist

Fri, 09/19/2025 - 16:00
Kod CSS i JS

Professor Marcin Zajenkowski from the University of Warsaw has been awarded an Ig Nobel Prize in psychology for his research on the impact of feedback about intelligence levels on temporary feelings of narcissism. His research has been supported by the NCN for many years.

Professor Zajenkowski received the award jointly with Gilles Gignak from the University of Western Australia. They were recognised for their publication titled “Telling people they are intelligent is correlated with a sense of narcissistic uniqueness,” which appeared in the journal Intelligence. The researchers’ study shows that praise regarding a person’s IQ can boost self-esteem and feelings of uniqueness, while negative comments tend to lower these aspects.

The research by Prof. Zajenkowski was carried out with the support of the National Science Centre under the OPUS 12 grant. He is currently continuing his work, in part thanks to two additional OPUS grants.

The Ig Nobel Prize is a humorous counterpart to the Nobel Prize, aimed at highlighting unusual aspects of scientific work and promoting science. The awards are given to research that may seem amusing at first glance, but above all encourages deeper reflection. Importantly, all awarded studies have genuine scientific value and are published in peer-reviewed, prestigious journals. This year, Ig Nobel Prizes were awarded, among others, to researchers studying lizards’ pizza preferences, the effect of a mother eating garlic on the sensations of a breastfed child, whether cows painted with zebra-like stripes can avoid fly bites, and the impact of alcohol consumption on the ability to speak a foreign language.

The 2025 Ig Nobel Prize Ceremony