The budget of the Polish part of the project in the joint proposal should be calculated according to the following exchange rates:
in joint proposals, for which NCN proposals are processed in and submitted via the OSF submission system by 31 December 2024: 1 EUR = 4.5940 PLN;
in joint proposals, for which NCN proposals are processed in and submitted via the OSF submission system from 1 January 2025: 1 EUR = 4,2717 PLN.
NCN proposals processed in the OSF submission system in 2024, with the exchange rate of 1 EUR = 4.5940 PLN, must be completed in and submitted via the OSF submission system by 31 December 2024 at 23:59:59. Otherwise, the proposal can no longer be edited, in which case the Polish research team must prepare a new proposal, with the exchange rate 1 EUR = 4,2717 PLN, and complete it in the OSF submission system. If a joint proposal has already been submitted to the lead agency, with the budget of the Polish part of the project calculated according to another exchange rate, the NCN proposal will be inconsistent with the joint proposal and as a consequence the proposal may be rejected on the grounds that it does not meet the eligibility criteria.
Free-living honeybee colonies in Europe, solar farms, urban transformation labs, marginal saltlands and healing forests will be at the centre of interest for five Polish research teams that have just won funding under BiodivNBS, a call for proposals organised by the BIODIVERSA+ European Biodiversity Partnership. Their total budget is more than PLN 5.8 million.
In the third call announced by the BIODIVERSA+ partnership thus far, researchers working at Polish research centres could apply for grants to finance international and interdisciplinary research projects in biodiversity protection, including both basic and applied research. Specifically, the subject of the BiodivNBS call was “Nature-Based Solutions for biodiversity, human well-being and transformative change”. Nature-Based Solutions are defined as actions to protect, conserve, restore, sustainably use and manage natural or modified ecosystems, which address social, economic and environmental challenges effectively and adaptively, while simultaneously providing human well-being, ecosystem services and biodiversity benefits.
Stage 1 of BiodivNBS attracted 183 pre-proposals; at stage 2, experts evaluated 108 full proposals. Funding was awarded to 34 projects with a total budget of more than EUR 40 million.
Successful projects that include Polish research teams:
FREE-B: Studying FREE-living honey Bee colonies in Europe: nature-based solutions to safeguard diversity, ensure resilience, and promote transformative change in beekeeping. Polish PI: Dr hab. Andrzej Oleksa, University of Bydgoszcz. Awarded grant: PLN 851,405.
BiodivNBS was launched in September 2023 and was open to international consortia composed of at least three research teams from at least three participating countries. The PI of the Polish team had to hold at least a PhD degree. The call was divided into two stages. At stage 1, Polish teams, in tandem with their international partners, had to submit joint pre-proposals, which were evaluated by an international team of experts. The best teams were then invited to submit full proposals for evaluation by the same experts at stage 2.
The BiodivNBS call was organised by 41 research-funding agencies and organisations from 34 countries. The Polish teams will be co-funded by the National Science Centre and the European Commission. Projects could be planned over 3 months, with no caps on the budget of any single project.
Four researchers received the 2024 Prize of the Foundation for Polish Science. The prize is given for outstanding research achievements and discoveries. This year’s winners are also the winning applicants of NCN calls.
The Prize of the Foundation for Polish Science is an individual prize awarded by the Council of the Foundation through a call for outstanding research achievements and discoveries that push the boundaries of cognition and open new cognitive perspectives, make an outstanding contribution to the civilisational and cultural progress of our country and give Poland a prominent place in tackling the most ambitious challenges of the contemporary world.
FNP Awards Gala, from left: Prof. Maciej Żylicz, President of the FNP, Dr. Sebastian Glatt, Prof. Krzysztof Sacha, Prof. Marcin Wodziński, Prof. Grażyna Jurkowlaniec, Chair of the FNP Council, Prof. Janusz Lewiński, photo: Paweł Kula/FNPThe winners of the 2024 Prize of the Foundation of Polish Science were:
Dr hab. Sebastian Glatt, from the Małopolska Centre of Biotechnology, who received the prize in Life Sciences and Earth Sciences for determining the structure and function of the Elongator complex affecting the accuracy of protein biosynthesis. His research focuses on nucleic acid metabolism, gene expression, modification of RNA molecules and regulation of protein synthesis in cells. Sebastian Glatt is a winning applicant of numerous NCN calls (4 x OPUS), and 2021 2021 NCN Award winner in Life Sciences.
Prof. Janusz Lewiński, from the Faculty of Chemistry at the Warsaw University of Technology and the Institute of Physical Chemistry of the Polish Academy of Sciences received the prize in Chemical and Material Sciences for developing mechanochemical methods for the synthesis of perovskites to enhance their photovoltaic properties. Prof. Lewinski’s research is multidisciplinary – his interests range from fundamental inorganic and organometallic chemistry to catalysis, chemistry and engineering of materials and functional nanomaterials, as well as nanotechnology. He is a seven-time laureate of NCN calls: he has managed five OPUS projects and two prestigious MAESTRO grants for experienced researchers.
Prof. Krzysztof Sacha, from the Institute of Theoretical Physics at the Jagiellonian University received a prize in Mathematical, Physical and Engineering Sciences for his formulation of the theory of time crystals. Prof. Sacha is a physicist, and his research work has included quantum chaos, ionisation in strong laser fields and ultra-cold atomic gases. He has been conducting research on temporal crystals for 10 years and is one of the pioneers in this discipline; this research has also been funded by the National Science Centre in OPUS calls. His research group is currently developing timotronics, thanks in part to funding from NCN in the MAESTRO call.
Prof. Marcin Wodziński, from the Department of Judaic Studies at the University of Wrocław was given the prize in Humanities and Social Sciences for his innovative studies of Hasidism explaining the role of culture, politics and geography in shaping religious identities and interethnic relations. Prof. Wodziński is a historian and an eminent scholar of Hasidism. He is also a winning applicant of the OPUS call, in which he received a grant for research on Poles, Jews and their path to modernity.
Seven hundred and nineteen researchers received grants for research projects in the OPUS 27 and PRELUDIUM 23 calls, with a total value of almost 665 million zlotys. In OPUS alone, a record was set – we awarded funding of 600 million zlotys. The highest budget in OPUS history.
The OPUS 27 and PRELUDIUM 23 calls were announced in March this year. OPUS is a broad-based call, in which researchers at any stage of their research career, regardless of age or level of experience, can apply for funding for basic research projects. With an OPUS grant, they can build large research teams, carry out research projects using large international research equipment, and undertake collaborations with foreign partners. The principal investigator must have at least one research paper published or accepted for publication or at least one artistic achievement or achievement in research in arts completed. Funding can be awarded 12, 24, 36 or 48 months. There is no upper funding limit for a single project and project budgets are included in the evaluation process.
PRELUDIUM is a unique call on a global scale which provides the opportunity to gain experience in independent research at a very early stage of research career, even pre-PhD. In this formula, early-stage researchers do not have to compete with more experienced scientists, and an important element of the project is the involvement of a mentor to support the principal investigator in the project. A PRELUDIUM project can be planned for 12, 24 or 36 months, with a maximum budget of 70, 140 or 210,000 zlotys, respectively.
In both calls, the NCN received a total of 4,359 proposals for a total amount of over 3.67 billion zlotys. Proposals were evaluated by experts who were members of the expert teams established by the NCN Council and by external reviewers at the second stage of evaluation. Funding was awarded to 719 projects for a total amount of nearly 664.8 million zlotys. In the OPUS call, grants were awarded to 357 projects worth over 603.6 million zlotys, while in the PRELUDIUM call – 362 projects received funding 61.2 million zlotys. This is the highest financial result in the history of OPUS, and the third highest budget in the history of PRELUDIUM. The success rate was 15.83% in the OPUS call and 17.21% in the PRELUDIUM call, respectively. The indicators are higher than in previous editions thanks to the increase in the budget of the National Science Centre included in the 2025 budget bill and – as a consequence – the decision of the NCN Council to increase the budgets of the calls that have just been awarded.
Over the past few years, due to budget constraints, the NCN has not been able to fund all of the projects that have been highly rated by experts. The success rate should be 25-30% in order to effectively support the most valuable research, maintain the competitiveness of Polish science on the international stage and prevent the outflow of the best researchers abroad. In recent days, the Prime Minister Donald Tusk announced an additional 500 million zlotys in bonds for 2025, which should significantly increase success rates in NCN calls.
For more information on the funded projects, consult the ranking lists.
Research topics of OPUS and PRELUDIUM laureates
In the calls that have just been awarded, funding was given to projects on research into the past, as well as those concerning current global issues in the 21st century, and work on innovative solutions, the development and application of which may facilitate the future functioning of societies, the treatment of diseases and the protection of the environment.
In Arts, Humanities and Social Sciences (HS), the PRELUDIUM grant was awarded to, among others, Mariusz Fornagiel, who at the Jagiellonian University in Krakow will analyse the social reactions of the inhabitants of Slovakia and southern Poland to the economic transition in 1944-1948. In the OPUS call, the HS grant was awarded to Prof. Barbara Będowska-Sójka from the Poznań University of Economics, whose project will investigate the interdependence of financial markets in the context of critical metal price dynamics during the transition to a net-zero economy. In Life Sciences (NZ), Blanka Świderska from the Institute of Biochemistry and Biophysics of the Polish Academy of Sciences is among the PRELUDIUM winners. She will work on a new universal method for the isolation and deep proteomic characterisation of extracellular vesicles that can be used to study drug resistance in a childhood model of epilepsy. OPUS winners in Life Sciences include Dr hab. Piotr Bednarczyk from the University of Life Sciences, who will carry out research into the effects of nano-plastics on cellular damage and analyse the role of mitochondrial potassium channels in this context. Thanks to a PRELUDIUM grant in Physical Sciences and Engineering (ST), Agnieszka Rybarczyk will conduct research at Poznan University of Technology on nano-enzymes as a synthetic alternative to mimic natural biocatalysts. She will address their synthesis, characterisation, and application in the removal of micropollutants from the aquatic environment. The OPUS grant in ST was awarded to Prof. Artur Tyliszczak from the Częstochowa University of Technology, who will work on optimising the oxy-combustion of hydrogen and the co-combustion of hydrogen with ammonia using experimental techniques, high-performance numerical simulations and machine learning.
These are just a few examples; abstracts for the general of projects recommended for funding under OPUS 27 and PRELUDIUM 23 are available on the ranking lists.
Service of decisions
Decisions for rejected proposals and proposals recommended for funding under OPUS 27 and PRELUDIUM 23 have been sent out today. Decisions of the NCN Director are served on the applicants in the form of an electronic document to the electronic address indicated in the proposal form. Service of decisions of the NCN Director
Please join a meeting with Marcin Magierowski to be held on 4 December at 6 pm. The NCN Award winner will deliver a lecture in a series organised by the National Science Centre and the Copernicus Center.
Prof. Marcin Magierowski conducts multidisciplinary research in the biomedicine discipline. The main focus of his research is the beneficial effects of molecules considered harmful to life. A researcher from the Faculty of Medicine at the Medical College of the Jagiellonian University in Krakow received the 2024 NCN Award in Life Sciences.
He will talk about beneficial “poisons” at the meeting on 4 December, which will take place under the “Science at the Center” series. ”It will be a story about how much wisdom there is in the saying ‘don't judge a book by its cover’. The research inquisitiveness of many biomedical researchers in recent years has radically changed the perspective on the gaseous molecules – hydrogen sulphide and carbon monoxide, which were commonly considered as toxic. As a result, today we know that these molecules are produced in small quantities by our cells and have a number of protective and healing functions. Pharmacological compounds, on the other hand, capable of releasing them, may potentially serve as a new tool in the treatment of various conditions, particularly within the gastrointestinal tract, which time will ultimately verify”, the researcher announces in his lecture.
The meeting will begin at 6 pm and will be broadcast live on the Copernicus Center channel. During the meeting, questions can be asked in the chat room.
This year's “Science at the Center” lecture series began with a meeting with Wiktor Lewandowski followed by a lecture given by Błażej Skrzypulec. You can also listen to Wiktor Lewandowski on the NCN podcast.
The online lectures, organised jointly with the Copernicus Center, began with meetings with the 2020 NCN Award winners. So far, we have completed sw Recordings of all lectures are available on our YouTube channel.
The European Research Council has published a list of 328 recipients of the Consolidator Grant 2024, including Prof. Małgorzata Kot, archaeologist from the University of Warsaw and former winner of NCN grants.
“We are the only living human species on Earth but it has not always been this way. As recently as fifty or sixty thousand years ago, the Earth was inhabited by several different hominid populations,” Prof. Małgorzata Kot says in a video released by the University of Warsaw. “What happened to the other hominids, why are we left alone?” These questions will be addressed by Prof. Kot owing to the ERC grant.
Prof. Małgorzata Kot is an archaeologist and recipient of two NCN grants. Her scientific interests include the Palaeolithic, human evolution, changes in stone tool production methods and the functions of caves in prehistory. With the ERC grant, she will pursue the project “INASIA: Were They Modern Humans? The Problem of the Initial Upper Palaeolithic in West Central Asia.” Research will continue through 2029. “Years of wonderful adventure are just beginning. We would like to be able to say to what extent it was contact with other hominid species that shaped us as modern humans and to what extent we contributed to their extinction,” she says.
Prof. Małgorzata Kot is an NCN grant winner. “My new project #INASIA would never be possible if not for those years of research that I spent in Central Asia owing to NCN grants. They laid the groundwork, allowed me to pursue pilot studies and gave me wings (the latter especially useful in the mountains). #NCNtotlen,” she said on X.
Principal Investigator
:
dr hab. inż. Marcin Poręba, prof. PWr
Wrocław University of Science and Technology
Panel: NZ5
Funding scheme
: OPUS 20
announced on
15 September 2020
Breast cancer, and especially triple-negative breast cancer, represents a major challenge for contemporary medicine. Effective treatment requires an early diagnosis, accurate disease classification and a personalised therapeutic approach. To better understand breast cancer, scientists study its biomarkers, i.e. its molecular “fingerprints”, which can then be used to design new treatments. However, our analyses of the genome, proteome and metabolome of cancer cells still leave many gaps in our understanding of cancer mechanisms. This research project is specifically focused on the activome, or the set of active enzymes that potentially play a key role in cancer development. In particular, we are looking at proteases, or proteolytic enzymes that behave like molecular scissors. In the future, understanding their precise role can prove very useful for developing novel cancer therapies.
Our project rests on three research pillars.dr hab. inż. Marcin Poręba, photo Łukasz Bera First, we are using mass cytometry, a game-changing technology that allows us to analyse more than 50 parameters simultaneously on individual cells in order to identify the specific enzymes active in cancer cells. To this end, we have also developed unique, metal-tagged chemical probes (TOF-probes) which, unlike antibodies, only detect active enzymes. This approach will allow us to produce a more detailed picture of the proteolytic landscape of tumour cells, opening up new frontiers in cancer diagnosis. Second, we are designing a new generation of antibody-drug conjugates (ADCs). These innovative molecules deliver drugs to cancer cells with very high accuracy and activate them only in the presence of selected cancer-specific proteases so as to minimise their systemic toxicity, which represents a serious problem for current ADC therapies. Efficacy is tested on cell lines and animal models. And lastly, we are using TOF-probes in magnetic resonance imaging (MRI). These metal-tagged probes not only support diagnostics but also allow us to track treatment effectiveness in real-time. The solution may prove a game-changer in cancer treatment monitoring.
These three research pillars allow us to look at breast cancer from another angle. By studying the activome, or the enzymes that are active in cancer cells, we are able to identify new, previously undiscovered therapeutic targets. Innovative ideas such as the selective peptide linkers used in ADCs or the application of TOF-probes in cytometry and MRI testing may put us on a path toward more precise and less toxic cancer treatments. Our preliminary results are promising. Thanks to the use of novel peptide linkers, we have managed to obtain therapeutic conjugates that also show greater stability, selectivity and activation efficiency as compared to those used in currently available treatments for many cancers, including breast cancer.
Project title: Dissecting cancer activome to develop new generation of antibody-drug conjugates
dr hab. inż. Marcin Poręba, prof. PWr
Kierownik - dodatkowe informacje
Dr hab. inż. Marcin Poręba, Prof. PWr, works at the Faculty of Chemistry and the Faculty of Medicine of the Wrocław University of Technology, where he specialises in biological chemistry and bioimaging. Specifically, his research interests centre on designing and synthesising new chemical molecules for the detection of medically important enzymes based on fluorescence and mass cytometry. In addition, his research group works on developing a new generation of antibody-drug conjugates for applications in cancer treatment.
Join us in the second edition of the free MOOCs on research data management. The first edition attracted great interest, with more than 5,000 participants.
The aim of the courses is to support researchers involved in research projects in acquiring new skills or deepening their knowledge of various aspects of open research data management: legal conditions, data storage and sharing, tools facilitating these processes, terminology related to open science, ethical issues, planning and organisation of management-related activities and requirements imposed on researchers by funding bodies.
Benefits of participation
Free access – no fees for participation or for obtaining a certificate;
Flexibility – self-paced learning, at a convenient time;
Professional development – invaluable for researchers working with research data and those planning to act as Data Stewards;
Support in writing grant proposals – knowledge directly applicable to projects funded with public resources;
Certification of acquired skills;
Easy access – all you need is a computer with Internet access and registration on the NAVOICA platform.
Available courses:
Two course tracks have been prepared: one aimed at those who plan to take on data steward duties or intend to broaden their competences, and the other aimed at researchers at all stages of their academic careers. The courses are open to everyone, regardless of whether they have a university affiliation.
The aim of the course is to provide participants with basic knowledge on Research Data Management and to develop skills and competences useful for conducting research projects. The course covers issues related to, among others, the requirements of institutions conducting and funding research, good practices and the principles adopted by research communities. Each module of the course combines theoretical and practical aspects, facilitating the application of the knowledge gained in the design and implementation of an effective research data management strategy.
The intermediate level of the course builds on the topics covered in the beginner level course and introduces new subjects related to the evaluation of research quality, citation of research data, its place in the scholarly communication system and data management in various types of projects.
Course participants will become familiar with the tasks and role of a Data Steward in research data management and in supporting researchers during research projects. The range of topics covered is similar to those in the course aimed at researchers, but the content has been tailored to the specific challenges faced by Data Stewards.
The intermediate level of the Data Stewardship course builds on the topics covered in the beginner level course and introduces new subjects, including research data citation, data quality control, communication of data management standards and the design of training for different target audiences.
Deadlines:
Start date: 02 December 2024
End date: 30 September 2025
Enrolment: open from 2 December 2024 until the end of August 2025
How to join?
Use the links below:
Research Data Management for Data Stewards – Beginner Level
The first edition of the research data management courses was created by ICM UW [Interdisciplinary Centre for Mathematical and Computational Modelling, University of Warsaw] staff on behalf of the NCN. The update was implemented by the NCN Open Science Team.
In this episode, we are joined by an NCN Council member, Prof. Krzysztof Fic, who is a researcher working at the Poznań University of Technology. An expert in energy storage and conversion, he tells us about his research and explains why we really need to invest in fundamental science.
Prof. Krzysztof Fic during the 2024 NCN Award ceremonyProf. Krzysztof Fic holds the degree of habilitated doctor in chemical sciences and works as a professor at the Poznań University of Technology, where his research interests centre on the electrochemical systems for energy conversion and storage. Prof. Fic is the winner of two ERC grants. At the NCN Council, he chairs the Committee for Physical Sciences and Engineering and serves on the Committee for International Cooperation. He agreed to sit down with Awnna Korzekwa-Józefowicz to talk about the impact of basic research on innovation, energy storage and energy sovereignty. He also explains how the NCN is preparing to create a new strategy that will let it tap some of the funds at the disposal of the Minister of National Defence.
Basic research as the root of innovation
Prof. Fic starts out by saying that “basic research has always been and always will be the root of innovation”, thus strongly emphasising the key importance of fundamental science for technological progress.
“The main problem is how to connect basic, fundamental research to applied research. But we need to say it loud and clear: there can be no good, fast innovation without what science has done at the fundamental level. Without basic research, applied research is just a technique of trial and error. It takes a lot of time and risks losing money if we don’t go deeper to understand the very essence of the phenomenon at hand.”
Prof. Fic stresses that even though the National Science Centre is a relatively young agency, the effects of its research can already be appreciated:
“Considering how long it takes to get research results, the findings of the first basic research projects funded by the NCN should be implemented at around this time, and, indeed, we know that this is happening. We are following publications, but we have also observed an increasing number of patent applications and patents arising from basic research projects funded by the NCN. We have long rescinded the policy that said projects funded by the NCN should involve non-applied research, even though that policy, I think, was rather misinterpreted, because that was not exactly what it meant to do. Today, the NCN has no problem with foundational research that may find an application in a near or more distant future.”
Social awareness
The conversation also touches on social awareness and science outreach. “In the current geopolitical situation, when we all feel threatened, by Russia for example, we know why we need to spend on national defence. People accept that because they understand the threat. However, there is only scarce information on research findings, or how scientists work, and what their work can do in the future… I try to speak at different events and explain what I do, what my job looks like, how energy is stored, why no two batteries are equal, what we can or cannot do, and how to charge a battery correctly. Reaching out to an average person in a language they understand and find persuasive builds trust in scientists.
Energy storage and energy sovereignty
A key theme in this episode is energy. Prof. Fic points out that society is used to energy being available and talks about its storage and the challenges it presents. “We are very used to easily available energy. But we need to say one thing: if we want to be a society that continues to grow, we also need to achieve energy security. Today, we already have a lot of technologies that allow us to get energy from renewable resources, such as photovoltaics, which can convert solar energy to electricity, but the problem is it only works during the day. I can’t even imagine a scenario in which Warsaw falls into darkness, because everyone in the city decides to rely on photovoltaics. We need a way to store energy.”
The professor emphasises that Polish energy storage solutions have considerable potential: “We don’t have energy independence right now, but we need to start working to make sure that the energy storage technologies we are developing can address the needs of Polish society. Polish solutions, especially storage cells or batteries, are widely used all over the world. For many reasons, I can’t say exactly which, but I need to emphasise we have substantial knowledge in this area. In the current geopolitical situation, these storage methods may prove crucial for critical infrastructure, e.g. to ensure energy supplies for hospitals, emergency power systems, all sorts of server rooms, which may be critical for our safety. We need things that are even more reliable and can work even longer, or use materials that have a much lower environmental impact.”
In the final section of the podcast, the winner of ERC’s Starting and Proof of Concept grants shares his tips on how to get ready to apply for ERC grants.
You can find us on Spotify (automatic podcast transcript), Apple Podcast, and YouTube.
Two international research projects that include Polish researchers have won funding under the 2023 CHIST-ERA Call. The Polish researchers in question will be working in Poznań, with a total budget of nearly 1.3 million zlotys.
The call was launched in January this year by the CHIST-ERA (Information and Communication Science and Technologies) network, which supports research in information and communication technologies. It encompassed two research themes: Multidimensional Geographic Information Systems (MultiGIS) and Smart Contracts for Digital Transformation Ecosystems (SmartC).
The call was open to research consortia composed of at least three research teams from at least three and at most six (out of twenty) participating countries, which could submit projects planned over 24 or 36 months. Their joint proposals were evaluated by an international expert team appointed jointly by the research-funding agencies involved.
The CHIST-ERA network selected 9 projects in total: 7 in the MultiGIS area and 2 in the SmartC area.
Two projects involving Polish researchers:
Wielowymiarowa analiza danych w zarządzaniu ekosystemami rzecznymi z wykorzystaniem automatycznych narzędzi wielkoskalowych [Multidimensional Data Analysis for the Management of River Ecosystems Through Multiscale Automatic Tools], PI of the Polish team: Dr hab. Piotr Matczak, Adam Mickiewicz University in Poznań, grant: PLN 466,078. Abstract.
GIS4IoRT: Projekt warstwy oprogramowania o funkcjonalności plug-and-play dla celów integracji danych z robotycznych sensorów z narzędziami GIS w architekturze chmurowej [Development of a Plug-and-Play Middleware for Integrating Robot Sensor Data with GIS Tools in a Cloud Environment], PI of the Polish team: Dr hab. inż. Robert Wrembel, Poznań University of Technology, grant: PLN 810,080. Abstract.
Ranking list
The National Science Centre joined the CHIST-ERA (European Coordinated Research on Long-term Challenges in Information and Communication Sciences & Technologies) network in 2013. To date, in all the calls it has been involved in, funding has been awarded to 25 projects with Polish researchers, including six in which the Polish team has served as the leader of the consortium.
