Weave-UNISONO: new projects in cooperation with the Czech Republic

Mon, 01/13/2025 - 11:00
Kod CSS i JS

Seven bilateral Polish-Czech research projects and two trilateral projects performed in collaboration with research teams from Czechia, Germany and Slovenia were recommended for funding under Weave-UNISONO. Polish researchers will perform projects with funding of over 9.5 million zlotys. The successful research teams are based in Warsaw, Kraków, Wrocław and Katowice, and represent all three discipline panels: Physical Sciences and Engineering; Humanities, Social Sciences and Art Sciences and Life Sciences.

In Physical Sciences and Engineering, grants were awarded to four bilateral projects and one trilateral project submitted by teams from Poland, Czech Republic, and Slovenia. Polish scientists will work in tandem with their Czech partners on research problems such as: the composition of innovative recycled cements with low environmental footprint (PI: Dr inż. Radosław Mróz from the AGH University of Science and Technology in Kraków); the development of quantum light sources for applications in sensing and imaging, thermal management, and quantum technologies (PI: Dr hab. Tomasz Antosiewicz from the University of Warsaw); the development of vitrimers (polymer materials) from renewable building blocks (PI: Dr hab. inż. Szczepan Bednarz from the Kraków University of Technology); theoretical approaches to the modern geometrical aspects of linear operators: matrix representations and numerical ranges (PI: Prof. Yuriy Tomilov from the Institute of Mathematics, PAS). The trilateral Polish-Czech-Slovenian project, headed by Prof. Wojciech Święszkowski from the Warsaw University of Technology, aims to create and test the properties of a new hybrid biodegradable material that combines metallic-glass precursors and crystalline powder as an additional phase for a range of medical applications.

Two bilateral projects and one trilateral project won grants in Humanities, Social Sciences and Art Sciences. Dr Agnieszka Przybył from the University of Wrocław will head the Polish part of a project looking into the dynamics of the disappearance of ritual sites from the landscape and changes in their perception by successive prehistoric populations. Another project, dealing with the “images and histories of black towns”, a group of historians, ethnographers and artists-researchers will focus on the industrial and post-industrial traditions and the cultural identity of the Polish and Czech parts of the Upper Silesian Coal Basin. The Polish team will be led by Dr hab. Marta Tomczok from the University of Silesia in Katowice. Dr hab. Tomasz Olejniczak from the Kozminski University in Warsaw, in collaboration with research teams from Germany and Czechia, will carry out a trilateral research project on practices of and relations between enterprises in the European Eastern Bloc and China after the WW II. Their research will explore industrial enterprises in the mechanical engineering and machine-building sector, in particular international relations between them in the period of transformation to socialism.

The only grant in Life Sciences went to Dr hab. Małgorzata Zakrzewska and her team from the University of Wrocław. In cooperation with Czech scientists, they are aiming to develop short DNA oligonucleotides (aptamers) that selectively interact with FGF receptors (proteins responsible for transmitting information between the cells of higher organisms). The results of their project will lay the groundwork for possible future applications of aptamers in, e.g. cancer treatments and regenerative therapies.

Bilateral proposals were evaluated by the Czech partner agency, Czech Science Foundation (GAČR), while the German agency, Deutsche Forschungsgemeinschaft (DFG) evaluated trilateral Polish- Czech-German projects. The National Science Centre and the other partners approved the results under the terms of the Weave-UNISONO programme.

Weave-UNISONO ranking lists

Ranking list no 6/2024 (GAČR as lead agency).PDF

Ranking list no 7/2024 (DFG as lead agency).PDF

Ranking list no 8/2024 (GAČR as lead agency).PDF

Weave-UNISONO and Lead Agency Procedure

The Weave-UNISONO call is based on multilateral cooperation between the research-funding agencies that constitute the Science Europe association. It aims to simplify submission and selection procedures for research proposals drawn up by researchers from two or three different European countries in any discipline of science.

The selection process is based on the Lead Agency Procedure (LAP), under which only one partner institution is responsible for merit-based review, while the rest simply accept the results.

Under Weave, partner research teams apply in parallel to the lead agency and their relevant domestic institutions. Their joint proposal must include coherent research plans and clearly demonstrate the added value of international cooperation.

The Weave-UNISONO call accepts proposals on a rolling basis. Polish teams wishing to partner up with colleagues from Austria, Czech Republic, Slovenia, Switzerland, Germany, Luxembourg and Belgium-Flanders are encouraged to read the call announcement carefully and submit their funding proposals.

JPND call 2025 is now open!

Wed, 01/08/2025 - 08:30
Kod CSS i JS

The National Science Centre (NCN), in cooperation with the JPND network (EU Joint Programme – Neurodegenerative Disease Research) has launched the call “Health and social care research with a focus on the moderate and late stages of neurodegenerative diseases,” which is open to Polish researchers who may apply for funding of their international research projects to better understand the factors that contribute to the quality of life of patients and their families and to develop more adequate concepts of easily accessible support for people with neurodegenerative diseases at moderate, advanced and end of life stages.

Proposals submitted to JPND Call 2025 must focus on at least one of the following neurodegenerative diseases: Alzheimer’s disease and other dementias, Parkinson’s disease and PD‐related disorders, prion diseases, motor neuron diseases, Huntington’s disease, spinocerebellar ataxia, and spinal muscular atrophy. The subjects of the call are described in the call text.

Funding proposals may be submitted by international consortia composed of 3 – 7 research teams from at least 3 countries participating in the call. Countries participating in the call: Belgium, Czechia, France, the Netherlands, Ireland, Canada, Luxembourg, Germany, Norway, Poland, Slovakia, Switzerland, Sweden, Turkey, Hungary and Italy.

Polish research teams may participate in the call as long as they apply for funding of their basic research projects. Principal investigators of the Polish research teams must be at least PhD holders and projects must be planned for a period of 24 or 36 months. The budget may include funds for salaries of the research team members (including post-docs), salaries and scholarships for students and PhD students, purchase or manufacturing of research equipment and other costs crucial to the research project.

The application procedure consists of two stages. In the first stage, a pre-proposal must be drafted in English by the Polish research team in cooperation with their foreign partners and submitted to the electronic submission system of the JPND network by 4 March 2025 (12 noon CET). In the second stage, a full proposal must be drafted by 24 June 2025 (12 noon CEST). The Polish applicants are also required to draft NCN proposals and submit them to the NCN by 1 July 2025. Only joint proposals are subject to a merit-based evaluation in performed by an international research team. 

The results of JPND Call 2025 will be published in October 2025.

I appreciate the freedom that comes with my line of work

Fri, 01/03/2025 - 12:00
Kod CSS i JS

Now that I have my own projects, I am free to plan my days. I can work on the cliffs of Estonia one week and Spitsbergen sea ice the next”, says Dr Zuzanna Świrad. The winner of the L’Oréal-UNESCO For Women in Science programme sat down with Anna Korzekwa-Józefowicz to talk about her research and her work-life balance.

The L’Oréal-UNESCO For Women in Science programme supports talented women working in life science research. The Polish edition is part of a global For Women in Science initiative held in more than one hundred countries worldwide. The winners of the 24th programme, announced at the end of 2024, are Justyna Jakubska, Hanna Orlikowska-Rzeźnik, Maja Szymczak, Dr Katarzyna Klonowska, Dr Alicja Mikołajczyk, and Dr Zuzanna Świrad. All these winners have also previously won NCN grants.

Dr Zuzanna Świrad during the gala of the 24th edition of the L’Oréal-UNESCO For Women and Science programme, photo credit. L’Oréal PolskaDr Zuzanna Świrad during the gala of the 24th edition of the L’Oréal-UNESCO For Women and Science programme, photo credit. L’Oréal Polska Zuzanna Świrad is a geomorphologist interested in the erosion of rocky coasts, using advanced technologies, such as laser scanning, photogrammetry and satellite imagery, to develop precise tools for the monitoring of changes in coastal environments. She is currently a PI in two NCN-funded projects.

Świrad works at the Institute of Geophysics of the Polish Academy of Sciences, where her research is focused on the impact of disappearing sea ice on the erosion of Arctic coasts. She studied for her MSc degree at the University of Wrocław, earned her PhD from Durham University in the UK, and completed a postdoctoral placement at the University of California San Diego. She also held fellowships at the Scott Polar Research Institute at the University of Cambridge, the NASA Goddard Space Flight Center and the Arctic University of Norway.

Anna Korzekwa-Józefowicz: I’ve read somewhere that it was your job as a cook assistant that first put you on a path to a career in research. But it was a job in a rather unusual kitchen.

Dr Zuzanna Świrad: Yes, it was. When I was in my freshman year at university, a lecturer who was going to lead a polar expedition to the Polish Polar Station in Hornsund on Spitsbergen suddenly said, during a class: “If any of you want to join the kitchen staff, send me your CV by tomorrow”. So I sent my CV and, a few days later, I heard back: “Welcome on board”. This is how, at 20 years old, I got to spend two months at the Polish Polar Station.

Monitoring wave runup on the beach of Isbjørnhamna near the Polish Polar Station HornsundMonitoring wave runup on the beach of Isbjørnhamna near the Polish Polar Station Hornsund What was it about this experience that first made you think of a research career that would involve traveling to such places?

It was nature that captivated me above all. It took us a week to reach the station by ship, sailing out from Gdynia to Spitsbergen. At first, we could still see the shore, as we passed through the Danish straits and sailed along the Norwegian coastline, but then, we lost sight of land altogether and, suddenly, icebergs started to appear. Then we reached the fjord of Hornsund, the location of the Polish Polar station. I was awed by how close everything seemed: glaciers flowing into the sea, beautiful mountains. And the mountains were so close to the sea, too – this is something you can’t see anywhere in Poland. And then there were the polar bears, the reindeer, the polar foxes.

But there were also some obvious discomforts, I suppose.

That’s true, to begin with, the sea journey was not too comfortable, since I tend to get seasick. And living at the station for two months in such a small group of people was also quite a challenge.

I guess the weather was the hardest bit, though.

The worst thing about living on Spitsbergen is the wind. On a windy day, you basically have to stay indoors, so you end up locked in with a very small community of people. But the station as such has everything you need: you have your shower, you have your bed. The conditions are not Spartan at all. Also, because of the polar bears, when you leave the station, you always need to carry a gun and walk in groups of two, at least. So you can’t really relax, because you always need to have eyes in the back of your head to be able to spot an approaching bear.

How likely is it you might meet one?

Sometimes a month or two can go by without a sighting, but sometimes they come up close to the station and then you need to be really careful. And the area around the station is very hilly, so if the bear is behind a hill, you can accidentally end up within inches of it very quickly, and that can be really dangerous. This is what happened to me during that first expedition back in 2009. I was walking with a friend, I suddenly looked up and, just 20 metres away, I saw a bear that had just woken up from its sleep. This was a very powerful experience. I had a rifle with me, so I loaded it, and got ready to shoot, but, luckily, the bear didn’t attack us. We backed off slowly, keeping our eyes locked on the bear, and when we were at a safe distance, we practically ran to get back to the station.

A regular day in the life of a geomorphologist is probably less exciting. What does it look like?

I normally work in the office, analysing data on my computer. As far as expeditions go, last year, I went on two, each lasting three weeks, in June and August, both to Spitsbergen. And then there are also various conferences and research visits at other institutions.

Measuring rock hardness with a Schmidt hammer, Trinidad, northern California.Measuring rock hardness with a Schmidt hammer, Trinidad, northern California. Your research provides information that can help prepare coasts for threats associated with global warming. What is it?

During my postdoctoral placement, I did research on how quickly coastal cliffs undergo erosion in different parts of the state of California. As the climate changes, sea levels rise, and storms become more frequent, the threats will also be changing. We were trying to determine which areas were at the greatest risk of erosion. If there are people living there, we should think of how to protect them. The coastal areas of California are very densely populated, so our findings could be relevant to local authorities, for instance.

This year, I started studying the cliffs of the Baltic coast, carrying over some of the methods I used in California. I am focusing on the coastline of Estonia, Latvia and Gotland, because this is where we get rocky coasts, which are at the centre of my research.

For example, in Estonia, cliff recession and rockfall cause damage to roads, and cliff tops dangerously approach residential areas. But the misconception persists that the cliffs are stable. In the wake of storms, the beaches always look different, but the cliffs seem intact. And yet, our high-precision research methods show that they are changing all the time, and disastrous rock landslides, albeit rare, do happen.

What about the Polish coast?

Polish cliffs are completely different; they are loosely consolidated, composed of post-glacial sediments. For now, I am only focusing on rocky coasts.

Are your research findings applied in practice? What could be the consequences of ignoring these coastal changes?

Local decision-makers can use our research findings to assess risks and design protective measures.

If they are ignored, we may face very serious social and economic repercussions, such as damage to buildings and infrastructure and danger to human life. Cases of sunbathers getting crushed by coastal rocks during a landslide are not unheard-of. In light of the dynamic climate change that accelerates erosion, we’d better get ready and take appropriate action.

 Collecting topographic data at Torrey Pines Beach, southern California. Collecting topographic data at Torrey Pines Beach, southern California. Your work has recently been recognised by the jury of L’Oréal-UNESCO For Women in Science. Are such distinctions important for you?

I am very happy that the jury rewarded my work because most awards go to scientists working in medicine or biology. So, it’s a special cause for celebration that they recognised the study of climate change and natural hazards as an important part of life sciences; this is still something unusual. I felt really honoured and moved, both when I first learned about the award and during the official awards ceremony.

According to the OPI Polish Science Database, there are more than 300 geomorphologists in Poland; two thirds of them are men. And what does it look like in coastal research specifically?

Littoral geomorphology can be divided into the study of cliffed coasts, beach coasts, salt marshes and mangrove coasts. If we talk about rocky coasts specifically, meaning mainly bedrock cliffs, there are maybe 10-15 people around the world who are doing extensive research in the field; this includes 2-3 women.

So how would you encourage other women to enter the field?

My work can be a source of immense satisfaction. There is huge pleasure in discovering new physical processes. It feels very rewarding when all the pieces of a puzzle suddenly fall into place and reveal a new, previously unknown correlation. I also appreciate the freedom that comes with my line of work. Now that I have my own projects, I am free to plan my days. I can work on the cliffs of Estonia one week and Spitsbergen sea ice the next.

Other women researchers I have talked with before have emphasised the importance of mentoring initiatives and support for younger female colleagues. This has also been your experience.

Yes, during my postdoctoral placement in the US, I took part in a mentoring programme known as MPOWIR – Mentoring Physical Oceanography Women to Increase Retention. It was a programme targeted at young female researchers working in physical oceanography at different research centres. The meetings were held once a month on Zoom and the group consisted of six young female researchers and two female mentors: one assistant professor and one associate professor. We covered a lot of important ground, including grant applications, but also discussed how to combine work and family life and cope with impostor syndrome, which, as it turned out, is quite common. We received emotional support, which was veryw important, because it is absent from our daily research work. And we got an opportunity to talk openly about our difficulties with other people in the same boat.

 Laser scanning of the cliffs at Staithes, north-east England. Laser scanning of the cliffs at Staithes, north-east England. And are you able to find a balance between your private life and your career?

You might be surprised, but I’m managing quite well. I think I owe this to the many years I spent in England, where they are very serious about separating work and leisure time. Even before I got my PhD, during my year-long MSc internship at the University of Cambridge, I could see how strictly my supervisor would stick to his schedule. He always went home at the same time, on Fridays often left early, and never answered any e-mails before Monday. His vacations were a sacred time when he disconnected from work altogether.

My doctoral programme was a different time; it is a very challenging period that can absorb you completely, body and soul. My commitment was much greater then. But once I got my PhD, when I went on to work with my PhD advisor as a postdoctoral fellow, I returned to a better work-life balance. This experience made me realise how important it is to set boundaries.

Today, I try to stick to a regular schedule: I usually start work at 8 am and finish at 4 pm. Of course, any fieldwork, be it at a research station or on a vessel, is a completely different kettle of fish. You practically never get weekends off and your schedule can be very irregular. Fortunately, you can always claim back the extra hours you have worked: if you work on weekends, you can later take several days off. This makes it easier to balance out the periods of more intense work.

Have you come across any situations in research when women were not treated equally?

Quite recently, I had an awkward situation during a conference of the Arctic Circle Assembly in Reykjavik. My professor introduced me as the “rising star of Polish polar research”. At one point, one of the participants, a man from Iceland, an important figure in the field, asked me what I would like to achieve. I said I was interested in developing better methods to forecast natural hazards in coastal areas. His next question was: “Do you have a family?”. I got the impression he wanted to pigeonhole me right from the start.

Such questions often catch you unawares, so it is difficult to react quickly or educate the person, especially if you’re dealing with an older man from a country that is supposed to be more advanced in terms of equality than Poland.

This also reminds me of another situation from several years ago, when I attended the founding session of the Women in Coastal Geosciences and Engineering group. One of the women behind the initiative told us that when her kid was one year old, she went to a research conference and was asked “And where is your baby?”. Her answer was short and simple: “The baby has a totally capable father”. Interestingly, young fathers are never asked about their children.

So, in contrast to that conference participant, I would like to ask you about your research plans instead. What would you like to achieve in your field in the coming years?

Most of all, I would like my research to allow us to better predict coastal changes and provide direct data to decision-makers and local communities. I also want to systematise the methods of measurement for different scales of time and space, from daily observations to the reconstruction and modelling of the changes across time spans as long as a millennium, and to understand how the processes we are observing today fit into the long-term evolution of coastal areas.

Previously in our series of conversations around the issues of research and work-life balance, we published interviews with ERC grant winners, Prof. Anna Matysiak, demographer and economist, Prof. Róża Szweda, polymer chemist, and Prof. Ewa Szczurek, computer scientist, and winners of the 23rd round of the L’Oréal-UNESCO For Women in Science programme, Dr Marta Pacia and Dr Aleksandra Rutkowska.

Physics-based wireless AI

Principal Investigator :
prof. Hanna Bogucka
Poznan University of Technology

Panel: ST7

Funding scheme : CHIST-ERA
announced on 2 November 2022

In the architectural domain of future 6G communication networks, there is a need for full integration and interoperation between satellite, aerial and terrestrial network components, merged in a unique dynamic‐adaptive network infrastructure denoted as the 3D network. Within this architecture, the evolution of mobile communications needs a combination of several innovative and complementary advances at the physical layer (PHY), medium access control (MAC) and radio resource management (RMM) that may be optimised with the use of Artificial Intelligence (AI) and Machine Learning (ML).

With these goals in mind, the project on “Physics-based wireless AI providing scalability and efficiency” (PASSIONATE) will unlock ML for wireless by customising and accounting-by-design the unique properties (“physics-based”) of the networks they are applied to. Physics-based ML is, in addition, the suitable approach to ensure the scalability, generalization, reliability and user trust of ML, enabling ML solutions that are technically robust and possibly explainable-by-design.

prof. Hanna Bogucka, photo Łukasz Beraprof. Hanna Bogucka, photo Łukasz Bera In line with the objective of the CHIST-ERA call, the PASSIONATE project will accelerate the path towards relevant Wireless AI by successfully integrating algorithms, software and hardware-oriented proof-of-concepts. By developing novel physics-based AI/ML to optimise the future wireless network, the PASSIONATE project addresses the following topics specified in the call:

  1. it will design and apply AI/ML-enhanced techniques to the physical layer and resource optimisation of Radio Access Networks, including MIMO processing and beamforming;
  2.  it will also be applied to improving spectrum sensing;
  3.  it will increase the energy efficiency of future radio networks;
  4.  it will develop algorithms for reflective intelligent surfaces; and
  5.  it will provide the trustworthy and reliable physics-based radio AI algorithms.

The combination of software and hardware allows the synthetic data that will be generated for ML training to be validated with measurements, rendering it more reliable and fitted to reality. The data, algorithm descriptions and code will be shared in open access to facilitate the reproducibility of the experiments, and we will contribute to enhancing some of the open access simulators that are already available.

Mobile communications have changed and will continue to change our lives. With 5G under deployment, the interest of the scientific and industrial communities has started focusing on the future 6G communication networks, which will require more advanced capabilities. Achieving challenging new requirements calls for a paradigm shift that the project PASSIONATE will be advancing.

In PASSIONATE, we will develop the vision of what the application of AI/ML to the wireless network can provide. The project’s ambitious goals for coverage, data rate, latency, energy consumption and security will serve future users of the future mobile networks. As a result, PASSIONATE will have a positive impact on society and the economy.

Project title: Physics-based Wireless AI Providing Scalability and Efficiency

prof. Hanna Bogucka

Kierownik - dodatkowe informacje

Prof. Dr hab. inż. Hanna Bogucka is a Professor of Technical Sciences and the Director of the Institute of Radiocommunications at Poznan University of Technology. She conducts research on radio technologies. She is the author of more than 200 scientific articles and monographs. She is also a leader of important international bodies. In 2014-15, she was the Director of the IEEE Communications Society (ComSoc) for the Europe-Middle East-Africa region. In 2015-16, she served as the Chair of the IEEE Radio Communications Committee, and she is currently a Board Member of IEEE ComSoc. She is a member of the Polish Academy of Sciences, Vice President of the Poznan branch of the Polish Academy of Sciences and Vice Chair of the Committee on Electronics and Telecommunications of the Polish Academy of Sciences.

prof. Hanna Bogucka

Happy Holidays!

Mon, 12/23/2024 - 09:00
Kod CSS i JS
Happy Holidays and best wishes for a wonderful New Year!
Management, Council and employees of the National Science Centre

 

Dynamics of processes around compact stars

Principal Investigator :
prof. Agnieszka Janiuk
Center for Theoretical Physics of the Polish Academy of Sciences

Panel: ST9

Funding scheme : MAESTRO 15
announced on 23 February 2024

The goal of my project is to study the cosmic surroundings of compact stars: black holes and neutron stars, which are sources of extreme gravitational potential.

These stars interact with their cosmic environment by attracting nearby matter. If such matter has some non-zero angular momentum, then at a certain distance from the centre (greater than the size of the event horizon of a black hole or the radius of a neutron star), it can move in a circular orbit, and in order to fall below the horizon, it should lose this angular momentum. This is driven by mechanisms related to friction or turbulence, and in the case of accretion disks (consisting of hundreds of rings of matter located in such subsequent circular orbits), the presence of a magnetic field is an important factor. A neutron star, on the other hand, which has a hard surface, helps the matter lose angular momentum in the so-called boundary layer. As a result of this process, huge amounts of energy are released, which we observe in the form of radiation. If the magnetic field is very strong, it can also push material away from the horizon. Then we are dealing with the effect of the so-called magnetically arrested disk (MAD).

The study of the accretion process in MAD mode requires the solution of complex differential equations describing the magnetohydrodynamics of plasma in a strong gravitational field, which forces us to take into account the effects of General Relativity (GR). In our research, we use computer simulations for this purpose, because these equations cannot be solved analytically on a piece of paper. However, there are now accurate and reliable numerical methods to study the phenomena occurring in strongly magnetized plasma in the vicinity of the black hole horizon. The computer programs used and developed by our team allow us to simulate the phenomena occurring in the cosmic plasma, to determine what the image of the magnetosphere surrounding the accretion disk and its model radiation spectrum will look like. We also examine how the emission of photons in different wavelength ranges will change over time.

prof. Agnieszka Janiuk, photo Łukasz Beraprof. Agnieszka Janiuk, photo Łukasz Bera From observations available by radio interferometry (Event Horizon Telescope – EHT), it was possible to obtain an image of a ring of light surrounding the black hole in the M87 galaxy, as well as in our Galaxy, where the centre is known as Sgr A*. This ring glows due to the emission of synchrotron radiation, and the shape of this emission agrees well with what a MAD-structured disk can emit. In one of our most recent papers, we show an accurate fit of the spectrum of radiation emitted by such a disk to observational data obtained by X-ray and optical telescopes for the galaxy M87. In this work, we confront for the first time the temperature range in the inner region of the disk derived from dynamical simulations with what is required by observations of the supermassive black hole object imaged by the EHT telescope.

In another series of papers, two of which have already been published in the prestigious journal Nature, we, together with an international team of researchers, analyse the phenomena known as quasi-periodic eruptions (QPE). These short-lived radiation bursts, lasting from several dozen hours to a few days, occur in the vicinity of massive black holes in distant galaxies. The exceptional time scale of the phenomenon and its spectacular nature has led researchers to put forward various hypotheses about the causes of such eruptions. One possibility is instability in the accretion process, in which the accreted matter in a short period of time comes from the burst of a star in the vicinity of the black hole horizon. Another possibility is the periodic variability of the jet ejected during this process, caused by the precession phenomenon. Our theoretical calculations were used to verify the hypotheses.

Project title: Dynamics of processes around compact stars

prof. Agnieszka Janiuk

Kierownik - dodatkowe informacje

Graduate of the Faculty of Physics, University of Warsaw (1998). PhD in astronomy from the Astronomical Center of the Polish Academy of Sciences in Warsaw (2003). She has completed several research internships, including at the Scuola Internazionale Superiore di Studi Avanzati in Trieste, the Harvard Smithsonian Center for Astrophysics in the USA, the Max Planck Institute for Astronomy and Astrophysics in Munich, the Inter University Centre for Astronomy and Astrophysics in Pune, India, and a postdoctoral contract at the Department of Physics at the University of Nevada, Las Vegas, USA. Habilitation in astronomy at the Astronomical Center of the Polish Academy of Sciences (CAMK PAN) in Warsaw (2011), and the title of professor of exact and natural sciences (2021). 

Since 2010, she has been working at the Center for Theoretical Physics of the Polish Academy of Sciences. She served as Deputy Director from 2011 to 2015. She has been leading her research group since 2011. She specialises in the astrophysics of accretion disks, the structure of active galactic nuclei, as well as the origin of gamma bursts and heavy element nucleosynthesis in the kilonova phenomenon, as well as modelling the collapse of massive stars and electromagnetic signals from gravitational wave sources. She has managed grants from the KBN, the Ministry of Science and Higher Education and the NCN. She is a member of the Polish and European Astronomical Societies, and the International Astronomical Union: Commission B1 (Computational Astrophysics) and Division D (High Energy Astrophysics). Since 2015, she has been a member of the Committee on Astronomy of the Polish Academy of Sciences.

prof. Agnieszka Janiuk, photo Łukasz Bera

Route 3 publishing extension for transformative journals under NCN’s Open Access Policy

Thu, 12/19/2024 - 11:00
Kod CSS i JS

The National Science Centre (NCN) has extended the period during which articles may be published via Route 3 in accordance with NCN’s Open Access Policy. The extension will apply to all articles published in transformative journals, as long as they are published or accepted for publication by 31 December 2025

Publishing costs (APC) under Route 3

Open-access article processing charges (APC) will be treated as eligible costs provided the following conditions are met:

  • the article is published or accepted for publication by 31 December 2025,
  • the article is published under a CC BY 4.0, CC BY-SA 4.0 licence, or, in justified cases, a CC BY-ND 4.0 licence.

The APCs may be listed as:

  • “Open Access indirect costs”,
  • “other indirect costs”.

Letter re. Extension of Route 3 for Transformative Agreements under NCN’s OA Policy

Transformative journals

Please remember that transformative journals will no longer be published as such after 31 December 2024. As of 1 January 2025, those that have met the goals of Plan S will be recognised as full open access journals (Route 1) and the rest will be treated as hybrid journals (Route 2). For the purposes of your annual and final project reports, the key date is the date on which your article was accepted for publication. Route 3 extension will also apply to journals covered by agreements with the Virtual Science Library (WBN).

I can do more over here

Thu, 12/19/2024 - 10:00
Kod CSS i JS

“Despite various difficulties, I have been more able to spread my wings here”, says Prof. Anna Matysiak. The economist and demographer from the Faculty of Economic Sciences of the University of Warsaw tells Anna Korzekwa-Józefowicz about her research, the research conditions she has found in Poland, and the best ERC application strategy.

prof. Anna Matysiak, fot. archiwum prywatneprof. Anna Matysiak, fot. archiwum prywatne Professor Anna Matysiak has worked at the Warsaw School of Economics, the Max Planck Institute for Demographic Research and the Vienna Institute of Demography of the Austrian Academy of Sciences. She is one of the first winners of the NCN Award (2013); in 2019, she also won an ERC Consolidator Grant. Her research is focused on how family-planning decisions are affected by technology and the rise of remote work and flexible working modes and hours. She also has experience as an expert reviewer in ERC calls.

Warnings that went unheeded

Anna Korzekwa-Józefowicz: We met at a press conference that proclaimed, among its main slogans, that “Science Is in the National Interest”. Where would we be now if politicians had listened to demographers twenty years ago?

Anna Matysiak: That was really a pivotal moment when they should have listened to population scientists. We were already raising concerns that the number of births in Poland would soon decrease dramatically. The number of women of reproductive age was already relatively low. We knew that if they really ended up having fertility rates as low as we were seeing at that time, i.e. a little over 1 child per woman on average, in twenty more years the number of women of childbearing age would be even lower and the demographic situation in Poland would become dramatic. And this is exactly what has happened.

We still had time to act back then. We knew that those generations of women did want to have children but encountered various roadblocks, including financial problems, difficulties in reconciling jobs with childcare, and very limited access to nurseries and preschools. Now, the situation is quite different: we provide financial support mechanisms for families and daycare for small children, we have a more developed network of preschools, and we are much wealthier as a country. But we have fewer women of childbearing age. If previous generations had borne more children, today our demographic situation would be better.

Of course, demographics is not just about births. It is also about migration and public health. All these factors are important. And, yes, we should have been heard twenty years ago, and we should be heard today. Because today we are faced with new, equally pressing issues.

What should decision-makers hear from you today? What public policy changes require urgent attention?

I think that many of the measures that followed our previous appeals, even if not immediately, did go in the right direction. Financial support mechanisms for families or institutional solutions such as improved access to preschools are definitely examples of positive change. However, an area that is still really not up to scratch is access to healthcare. This affects people at different stages of life: it is a problem for people who are taking their family-planning decisions, for parents of little children, for the middle-aged, and for senior citizens, who have limited access to preventive care. Governments have come and gone, and the problem has not been properly addressed which, of course, is going to have repercussions for everyone.

Even now, the number of people of productive age is decreasing, so we would like to keep those who can work professionally active for as long as possible. But for this to happen, they need to have good access to healthcare. This is a key issue; improvements in healthcare should be our absolute priority.

Another growing challenge is migration. We have welcomed large numbers of refugees from Ukraine; even before the war, we already had economic migrants from that country. In the future, migration pressure from other regions will also increase, because of climate change and because Poland is increasingly wealthy. We need to take in migrants because our working-age population is decreasing, but their integration will pose a challenge. We need to help them learn our language and facilitate their cultural and social integration.

When it comes to fertility, we know that the number of births is on the decline. The problem is that we don’t have enough good data to understand why younger generations of women in Poland are deciding to have fewer children. We need to investigate what barriers are still there and how they affect family-planning decisions. And learn what these new generations of women want in terms of family planning.

Many developed countries, such as Germany, the United Kingdom, the United States or South Korea, collect panel data, which allow respondents to be tracked over a period of many years and analyse their life decisions, such as, for instance, when they start their first job, have their first and second child, all in connection with their situation in other areas of life (having a partner, relationship quality, wealth, employment, health status, plans and attitudes with regard to different aspects of life). In Poland, we don’t have any such data, which makes it difficult to do research and recommend effective solutions.

Why don’t we have it?

In the past, there was a panel study, “Social Diagnosis”, which collected data from the same group of people at two-year intervals; this was used to track their lives and analyse different correlations. Unfortunately, the study was discontinued, and we really need such data today. What we do have is cross-sectional data, that is, data collected at one point in time from a specific group of people. The next dataset is already collected from a different group, so we are not able to track individual careers. And panel data are extremely important for research, be it on education or professional careers, and their correlations with family life.

Another important kind is administrative data. Administrative data are of very high quality, because they are based on facts rather than self-reporting by respondents, which may be prone to error, for reasons such as forgetfulness or unwillingness to disclose information. Such data, of course, don’t include everything; for instance, they lack information about personal attitudes. But what they do contain is extremely precise. In Nordic countries, or countries like the Netherlands or Estonia, researchers can obtain access to registry data in a way that does not allow individual people to be identified. Germany is also improving access to registries.

In Poland, unfortunately, we still don’t appreciate the importance of such data or of laws and regulations that would allow them to be shared with researchers. While attempts to that effect are being made, there is still no legislation to allow it. This seriously hinders our research and our ability to draw conclusions and prepare public policy recommendations. At present, a lot of what we know is based on research done in other countries.

I understand that such data are collected by a very wide range of institutions. Which ones should share them with researchers?

There was this initiative, known as the Integrated Analytics Platform, which was meant to collect administrative data from different institutions, such as the Ministry of Finance, the Social Insurance Institution (ZUS), Civil Registry Offices and Employment Offices. It pooled information about the careers pursued by Polish people, their income, children, marriages, etc. So such data already exist; the investment was completed thanks to the shared commitment of Polish officials and researchers. The problem is that there are still no laws that would allow them to be used in research.

And do politicians ever ask you for your recommendations? Some countries have set up parliamentary teams to provide decision-makers with the information they need to take research-driven decisions. A case in point is Luxembourg, where the local equivalent of the NCN has its “delegation” in the parliament.

Ministries do come to us for advice, but these are usually short-term consultations; they might need to draw up a new demographic strategy, for instance, or prepare major changes in legal regulations. In my opinion, Poland doesn’t have enough research institutes whose statutory mission would include evaluating public policies, assessing existing data and analysing the extent to which they are enough for studying social phenomena. Or institutes that would be continually represented at higher levels of power. Now that the government has changed, and along with it new ministerial representatives, contacts with researchers must be built from scratch. This means that we need to explain, to clarify and to build relationships yet again. For us researchers, this is extremely hard to do. We have our duties, teaching obligations, research projects, various administrative and organisational roles at our universities, and even though we really care about sharing our knowledge and shaping public policy, it might be hard for us to get involved on an ad hoc basis. In addition, evaluating policies and creating new policy recommendations is not easy at all, it requires the right kind of data, in-depth analysis and infrastructure (e.g. the panel data that I mentioned before), which takes years to build. Unfortunately, these processes go beyond the political horizon, which is, by its very nature, oriented toward the short term.

Technology, jobs market, parenthood

In your ERC project, you study how globalisation- and technology-driven job market changes affect family-planning decisions. What is their exact impact?

Our research suggests a very strong educational gradient. Those who work in sectors that have deployed automation technologies don’t always lose out on this change. In terms of professional opportunity, the hardest hit are those with low or mid-level educational attainment, while those with a good education can even benefit: they enjoy greater opportunities for growth, higher income levels and more stable jobs. And this in turn affects their decisions on whether to have kids. People who benefit from technological change are more likely to decide to have a child, while those who lose out on it, decide to have children less frequently or do so later in life.

Germany is an interesting example. Our research shows that highly educated employees are less likely to remain childless than people with lower qualifications, which represents a major change with respect to the past. Previously, it was people with lower qualifications who were less likely to be childless; today, the trend is being reversed.

Another interesting finding has to do with flexible forms of employment, such as remote work and flexible hours. Access to such opportunities also privileges those with higher educational attainment levels and a higher position in the job market. These new forms of employment don’t have a significant impact on people’s decision to have their first child, but they do affect their decision to have a second one. They allow them to combine their job with parenting duties, which privileges better educated social groups.

Are these results similar for different countries?

Our research covered Germany, Sweden and the United States. For men, the results turned out to be very similar in all those countries. In sectors where new technologies are replacing traditional work, highly educated men don’t lose out and often even benefit from the change. And our research shows that these men are more likely to decide to have their first child. Men with lower educational attainment enjoy fewer opportunities for professional growth and thus are less likely to have offspring.

As for women, the results are more varied. In Sweden, the trend is not unlike that for men: women with higher education and better job opportunities are less likely to remain childless. In Germany and the US, however, the situation is rather different: women’s professional growth comes into conflict with family planning. This is because men in these countries are less involved in parenting; there is also less state aid available for working mothers and couples as compared to Sweden, which offers better conditions for combining work and family life.

For men in Germany and the US, professional growth increases the likelihood of having children; for women, it is a hindrance. This shows the pivotal role that men’s and women’s changing social roles play in the process of deciding whether to have children. While women’s roles have undergone an immense change – women no longer want to be just mothers, they want to find fulfilment in being a mum and have a career – men’s roles have been very slow to evolve. And this is one of the reasons behind the low birthrates observed in many countries.

And what does it look like in Poland?

Unfortunately, our study doesn’t cover Poland, and it doesn’t because, as I said, we don’t have enough data. We are analysing data from countries that share them. I am collaborating with partners in Sweden, Great Britain, Norway and Germany, we are also using Australian and American data, because these countries provide access to the information we need. I would really love to do research on Poland. A lot of my ideas touch on our problems but I can only do so much here. I was even able to run a study for the Czech Republic – but in Poland, it’s still a challenge.

The social roles of men and women in Poland are in a period of transition. They can no longer be called traditional, but we are seeing tensions and various models still exist side by side. The results for Poland would probably be more like those for Germany, but this is just an educated guess.

Is your project going to propose any policy recommendations?

This is not our main goal, but our research findings can indeed form the basis for policy recommendations. We are also planning to analyse the context present in different countries, including aspects such as their job market institutions, family policy or social attitudes, and their impact on relationships between the job market and decisions about whether to have children. Some public policy guidelines could also be inferred from these analyses.

Based on what we already know, we could mention two key issues. First, we need to provide more support for women, especially those who have many opportunities for professional growth. It is important to make sure that the opportunities that arise in connection with technological change don’t discourage them from having children. Second, we need more support for individuals and couples who are struggling in the job market, especially those with low and mid-level educational attainment, who are at greater risk of suffering the consequences of rapid technological change. For them, new technologies often mean unstable employment or lower job quality.

It seems to me that we will all be threatened by AI very soon. Some creative professions are supposed to disappear in a not-so-distant future.

I am not very worried that new technologies will replace us. What’s more likely is that they will keep changing the way we work and forcing us to adapt. In this sense, I think that work will be more demanding. Rapid technological progress means that we need to invest in continuous learning and upskilling. We are at greater risk of losing our jobs and having to rebrand. Of course, technological progress is good for economic growth and the global position of Poland, but the constant pressure to adapt can make it difficult for people to decide to have children. When you already have one kid and you need to rebrand or learn new skills, you might have little headspace for another one. And this is why those who say technology will help us work less seem unrealistic to me. In reality, I believe the demands on us will increase. For instance, in my job, writing five articles per year might no longer be enough; the technologies that make our work easier might mean that the expectation will now be twenty. And of course, while some tasks can be done faster, we still need time for reflection, we need to interpret our findings.

Not everyone has the luxury of being able to continually keep track of changes, adapt, rebrand. In couples, it is men who are more likely to be able to do that, because they get less involved in childcare. This gives them time to build a career and climb the professional ladder. In turn, women, who are saddled with most family responsibilities, often change careers or look for jobs that are more compatible with family life. As a result, there are professional gaps between men and women. Research shows that women with comparable levels of education also enjoy similar opportunities in the job market as men up until the age when it is common to have children. This is when the gap between professional status and pay opens up – and it never really closes again.

However, women are increasingly less likely to accept such inequalities. If we don’t find a way to help them combine a career with family life, if their partners don’t take over half of the tasks involved in childcare and housework, they will be delaying pregnancy or deciding to stay childless more often.

Returning to Poland

You applied for the ERC grant when you were still working in Vienna. But in the end, you decided to return to Poland. .

I won a NAWA Polish Returns grant. I wanted to live here even though I was really afraid to come back, not sure what to expect at my university in Poland. But when I was working abroad I realised that tensions, conflicts and administrative issues come up everywhere.

People I talk to normally disagree. They usually complain of the conditions for doing research in Poland.

The place I worked at in Austria was an excellent international centre for demographic research, but even so, it still had its administrative problems and people issues. And yes, when I came back, I realised I felt good here in Poland. In a sense, I think I can do more over here. I lived in Austria for six years; that may sound like a lot, but in Poland, I know how to move around, how to talk, I know the social codes.

When I returned to Poland, I managed to forge contacts and meet new people very quickly. In Austria, it had taken me much longer. This confirmed to me that I was where I belonged; I can be more effective here. I established a large research team in Poland, and I feel I wouldn’t have been able to do the same in Austria. Despite various difficulties, I have been more able to spread my wings over here.

Thanks to my funding, I was able to hire a fantastic person, a science manager, to manage my projects. Her work shows how incredibly important it is to have such people to support researchers; we should appreciate their contribution, also by rewarding them financially.

The ERC grant winners I’ve talked with before have said that one of their main “application strategies” was to build recognisability. What was yours?

I agree that being recognisable is important. You can earn a name for yourself by publishing, speaking at conferences, visiting international research centres, even for shorter periods, such as two weeks, if you cannot stay longer. This makes people realise, oh, there is this person out there who does this interesting research, even if they haven’t published any findings yet. It’s also important how you present your ideas; if you know how to speak in an interesting way and engage your listeners, you will be looked at differently. When, back in 2018, I won an award for population research from the European Association for Population Studies, which was given to me at the European Population Conference, a friend of mine, also a demographer, said to me: “Grab this opportunity. You stood up there, everyone saw you. You have an idea, write a grant proposal now”. And, indeed, the reviews of my proposal brought up this award a lot. In the eyes of my reviewers, it made me more credible; they knew I was doing high-quality international research and that I could be trusted with doing what I had planned to do.

From my experience on the ERC Consolidator Grant panel, I remember that when we evaluated a proposal, we would focus on its contents, to see whether it was interesting and innovative, but we also considered feasibility. We looked at the previous record of the applicant, their publications, experience in working with different scientists and research contacts that could prove useful in their research project.

ERC in Poland: how to increase our odds of success?

Scientists working in Poland have won fewer than 90 ERC grants out of 16.8 thousand the agency has awarded since it was established. What can we do to win more?

I think that one of the main problems is that few people even apply for ERC grants at all. I noticed this when I sat on the panel: the number of applicants from our region was very low, and this automatically translates into a very low number of grants.

At universities, I often meet researchers who think these grants are out of their league and don’t even try to apply. And in reality, they do have a chance, even if at first they fail. I speak openly about the fact that my first proposal was rejected. I only pulled it off the second time. I know many other people who also won an ERC grant after more than one attempt. What matters is that you don’t get discouraged and keep trying.

Preparing a proposal, however, requires humongous work. In Vienna, I had the great luxury of being able to spend three or four months just reading and analysing the literature. Even though I specialise in the labour market, I still had to delve into a lot of new issues concerning the impact of technology or globalisation. In Poland, especially at universities, where researchers have other duties in teaching, administration and organisation, such ability to focus is much harder to come by.

If I were to write another proposal, I would like to have enough space to reflect in peace, to focus and take my mind off other duties. This would require support and understanding on the part of university authorities. To work on a proposal, researchers need to have the right conditions, which are still difficult to achieve in Poland.

Another problem is the lack of access to sample proposals. I have noticed that some researchers get down to writing theirs without having seen a single well-prepared application. And knowing what a good proposal looks like could help them understand the standards and requirements. At my previous institution, I knew people who had already won such grants, so I could easily look at their proposals. On my own initiative, I also had access to proposals written by co-workers from different countries, for instance, from Italy or Belgium, thanks to international contacts that I had built. This is something that’s still missing here.

Some countries didn’t get many grants in the past but have now made huge headway: Spain or Italy, for example. They keep trying and encourage researchers to apply. At my institute in Vienna, there was even a pressure on us to apply.

I am assuming that the second time around you didn’t submit the same proposal to the ERC. What changes did you introduce between your first and second attempt?

I really, really liked my first proposal. Later on, I submitted it to an Austrian agency, also without much luck. In the end, I abandoned that idea and focused on another one, which was closer to my professional experience: fertility and the job market. This allowed me to show how I could combine two fields I knew really well. And that helped a lot.

Our attempts, even if unsuccessful, always teach us something. There was a time when Polish researchers didn’t know how to write a good proposal for the NCN. And now they do. The same can happen with the ERC: you just need to understand what is important, what you need to emphasise, how to demonstrate that the project is feasible. To do so, you have to consult examples of previously successful proposals and talk with people who have already won ERC grants.

There is still very little support available at universities but it’s important to make sure researchers don’t feel like their efforts are in vain, even if they haven’t won a grant just yet. The proposal can always be improved, resubmitted or submitted to another call, e.g. to the NCN. It is really essential that universities appreciate these efforts and tell them “It’s great that you’ve tried”.

Other researchers who have talked to us about their research and shared their experiences applying for ERC grants: Krzysztof Fic, Róża Szweda, Piotr Sankowski and Artur Obłuski and Ewa Szczurek.

HIV treatment research under Weave-UNISONO

Wed, 12/18/2024 - 10:00
Kod CSS i JS

Dr Anna Kula-Pacurar from the Jagiellonian University in Kraków, in cooperation with scientists from the Łukasiewicz Research Network – PORT Polish Center for Technology Development and the Belgian KU Leuven, wins a Weave-UNISONO grant to work on a research project aimed at developing new HIV treatments.

“Towards a functional cure of HIV infection” is a project devised by a Polish research team headed by Dr Kula-Pacurar from the Jagiellonian University in tandem with researchers led by Dr Heng-Chang Chen from the Łukasiewicz Rsearch Network – PORT and Prof. Zeger Debyser from the Belgian KU Leuven. The total funding awarded to the part of the project that will be hosted by Polish research institutions is nearly PLN 3.5 million.

Currently available HIV-1 treatments improve patients’ health and extend their lives but do not provide a complete cure. All project partners have previously developed various methods to target the HIV-1 virus and HIV-infected cells. By pooling their knowledge and experience, they are hoping to tackle the ambitious challenge of developing innovative strategies for a functional cure for HIV.

The proposal was evaluated at Research Foundation Flanders (FWO); the National Science Centre approved the evaluation results under the terms of the Weave programme. This is the first proposal recommended for funding by FWO in its capacity as the lead agency.

Weave-UNISONO ranking list

The Weave-UNISONO call is based on multilateral cooperation between the research-funding agencies that constitute the Science Europe association. It aims to simplify submission and selection procedures for research proposals drawn up by researchers from two or three different European countries in any discipline of science.

The selection process is based on the Lead Agency Procedure (LAP), under which only one partner institution is responsible for merit-based review, while the rest simply accept the results.

Under Weave, partner research teams apply in parallel to the lead agency and their relevant domestic institutions. Their joint proposal must include coherent research plans and clearly demonstrate the added value of international cooperation.

The Weave-UNISONO call accepts proposals on a rolling basis. Polish teams wishing to partner up with colleagues from Austria, Czech Republic, Slovenia, Switzerland, Germany, Luxembourg and Belgium-Flanders are encouraged to read the call announcement carefully and submit their funding proposals.

New NCN Council Members!

Mon, 12/16/2024 - 14:00
Kod CSS i JS

The Minister of Science, Dariusz Wieczorek, appoints twelve new NCN Council Members, whose term will last until 14 December 2028.

The NCN Council consists of 24 researchers from different scientific fields and research centres. It defines the disciplines or groups of disciplines under which calls for proposals are organised, decides which basic research fields should be prioritised in accordance with the national development strategy and sets the research funding budget for each discipline or group of disciplines.

Half of the council members are replaced every two years. New members are appointed by the Minister of Science from a list submitted by the Identification Team, who nominate their candidates based on submissions made by the research community. This year, there were 116 candidates.

New members (2024-2028):

  • Prof. Dr hab. Piotr Bojarski, physicist, University of Gdańsk
  • Prof. Dr hab. inż. Renata Ciereszko, biologist, University of Warmia and Mazury in Olsztyn
  • Prof. Dr hab. inż. Henryk Fiedorowicz, physicist, Military University of Technology in Warsaw
  • Prof. Dr hab. Anna Gambin, bioinformatician, University of Warsaw
  • Prof. Dr hab. Katarzyna Kijania-Placek, philosopher, Jagiellonian University
  • Prof. Dr hab. Piotr Kowalczuk, oceanographer, Institute of Oceanology, PAS
  • Dr hab. Marta Marchlewska, psychologist, Institute of Psychology, PAS
  • Prof. Dr hab. Przemysław Marciniak, byzantinist, University of Silesia in Katowice
  • Prof. Dr hab. Ewa Marcinkowska, biotechnologist, University of Wrocław
  • Dr hab. Łukasz Michalczyk, biologist, Jagiellonian University in Kraków
  • Prof. Dr hab. inż. Krzysztof Okarma, automation and electronics expert, West Pomeranian University of Technology in Szczecin
  • Prof. Dr hab. Krzysztof Rolka, chemist, University of Gdańsk

Current members whose term ends in the middle of December 2026:

  • Dr hab. Marta Bucholc (appointed on 6 December 2024), sociologist , University of Warsaw
  • Prof. Dr hab. Justyna Chodkowska-Miszczuk, earth sciences and spatial management expert, Nicolaus Copernicus University of Toruń
  • Dr Diana Dajnowicz-Piesiecka, lawyer, University of Białystok
  • Prof. Dr hab. Tomasz Dietl, physicist, Institute of Physics, PAS
  • Prof. Dr hab. Stanisław Karpiński, biotechnologist, Warsaw University of Life Sciences
  • Dr hab. inż. Alicja Kazek-Kęsik, chemist, Silesian University of Technology
  • Prof. Dr hab. Piotr Kopiec, theologist, John Paul II Catholic University of Lublin
  • Prof. Dr hab. Mariola Łaguna, psychologist, John Paul II Catholic University of Lublin
  • Prof. Dr hab. inż. Krystian Marszałek, biotechnologist, Wacław Dąbrowski Institute of Agriculture and Food Biotechnology - State Research Institute
  • Prof. Dr hab. Piotr Roszak, theologist, Nicolaus Copernicus University of Toruń
  • Prof. Dr hab. Piotr Skarżyński, doctor and public health expert, Institute of Physiology and Pathology of Hearing, Medical University of Warsaw
  • Dr hab. Bogumił Szady, historian, John Paul II Catholic University of Lublin

NCN Council member profiles

The Ministry of Science and Higher Education scheduled the official induction ceremony of the new council members for Friday, 20 December 2024. On the same day, the Council will also hold its first session to select its new president and permanent committee chairs.