NCN project in “Science”

Wed, 06/12/2024 - 11:30
Kod CSS i JS

The chemical formula of the studied liquid crystal compound and the scheme of the structure of the discovered twist-bend ferroelectric nematic phase (NTBF). Credit: D. Pociecha/UWThe chemical formula of the studied liquid crystal compound and the scheme of the structure of the discovered twist-bend ferroelectric nematic phase (NTBF). Credit: D. Pociecha/UW The findings of recent research into a new nematic phase of liquid crystals, discovered by scientists from the Military University of Technology (WAT) and the University of Warsaw, were just published by “Science”. The research was conducted within the framework of an NCN-funded project and is expected to find many important applications.

A team of scientists from the Military University of Technology (WAT) and the University of Warsaw discovered a new heliconial arrangement of electric dipoles in ferroelectric fluid. The discovery may find applications in, e.g. fluid physics, liquid crystal materials, organic electronics, photonics and molecular biology.

The article, entitled “Spontaneous chiral symmetry breaking in polar fluid – heliconical ferroelectric nematic phase”, was published in “Science” on 7 June and was hailed as one of the most promising in this issue of the journal.

It was authored by Jakub Karcz, Jakub Herman, Natan Rychłowicz and Przemysław Kula from the Faculty of New Technologies and Chemistry of the Military University of Technology in Warsaw, and Ewa Górecka, Jadwiga Szydłowska, Paweł W. Majewski and Damian Pociecha from the Faculty of Chemistry of the University of Warsaw.

The research behind the paper was funded by the NCN and the WAT. The article was written within the framework of a grant headed by Damian Pociecha, funded under the OPUS scheme.

The project focuses on, inter alia, research into new materials for new liquid crystal phases with polar (ferroelectric) order and non-trivial spatial (e.g. chiral) organisation of the molecules. We have discovered a new heliconical ferroelectric nematic phase and described it in the “Science” magazine. NCN funding was used for the purchase of new equipment and major upgrade of the old one, as well as the purchase laboratory materials crucial to our research,” says the scientist.

“Science” article: “Spontaneous chiral symmetry breaking in polar fluid-heliconical ferroelectric nematic phase”

Article about the discovery published by  “Nauka w Polsce” PAP: “Spontaniczne helisy i uporządkowane dipole”

A popular science outline of Damian Pociecha’s project, “Polar order built into soft-matter phases with 3D structure”

All waiting list projects get NCN grants

Fri, 06/07/2024 - 13:00
Kod CSS i JS

All 323 proposals that were put on waiting lists under OPUS 25, PRELUDIUM 22, MAESTRO 15 and SONATA BIS 13 will now be funded, swelling the ranks of winners from 452 to 774.

Additional research projects under OPUS 25, PRELUDIUM 22, MAESTRO 15 and SONATA BIS 13 can be funded thanks to the decision of the Ministry of Science and Higher Education to increase the budget of the National Science Centre by 200 million zlotys in 2024.

OPUS offers research funding for researchers working on basic research projects. The call has a broad formula, open to everyone, regardless of age and research seniority. In PRELUDIUM, grants are available to researchers without a PhD degree, who are just starting out on their research careers. SONATA BIS funds projects that aim at establishing new research teams, while MAESTRO targets experienced researchers who work on pioneering research projects, often interdisciplinary in nature, which go beyond our current state of knowledge and are likely to bring about important scientific discoveries

In total, OPUS 25, PRELUDIUM 22, MAESTRO 15 and SONATA BIS 13 attracted more than 4.8 thousand proposals from all over Poland. Initially, a total of 4644.5 million zlotys in funding was awarded to 452 projects. Thanks to the waiting lists drawn up by expert teams in these four calls, funding will now go to a further 323 projects with a total budget of nearly 401.7 million zlotys. The final success rates rose to c. 13.5% for OPUS 25, 16.8% for PRELUDIUM 22, 33.93% for MAESTRO 15 and 24.05% for SONATA BIS 13.

  OPUS 25 PRELUDIUM 22 MAESTRO 15 SONATA BIS 13 Total

Proposals received

2,184

2153

56

420

4,813

Basic ranking lists: funded projects

176

231

7

38

452

Waiting lists: funded projects

118

130

12

62

 322

Funded projects total

294

361

19

100

 774

Basic ranking lists: funds awarded

301,644,985

36,459,553

21,190,300

105,219,046

 464,513,884

Waiting lists: funds awarded

171,092,859

20,007,461

47,834,719

161,444,657

400,379,696

Funds awarded total

472,737,844

56,467,014

69,025,019

266,663,703

864,893,580

First results, NCN budget and waiting lists

The first results of OPUS 25 and PRELUDIUM 22 were announced in November 2023. Only 176 out of 2184 proposals submitted under OPUS made it to the final ranking lists; the corresponding figure for PRELUDIUM was just 231 out of 2153. The total budget of successful projects was a little over 338 million zlotys. These were the lowest numbers in calls of this kind ever since the dawn of the NCN. Success rates plummeted to the record low of 8.06% for OPUS and 10.73% for PRELUDIUM. Since the NCN had already been actively campaigning for a budget increase, the NCN Council, upon consultation with the Director, passed a resolution that allowed expert teams to draw up waiting lists, which were to include proposals that had undergone a full assessment procedure, got high peer review ratings, and only failed to secure funding because the NCN did not have enough resources in its budget.

Waiting lists were also drawn up for SONATA BIS 13 and MAESTRO 15. The results of these two calls were announced in February 2024. In MAESTRO, only 7 out of 56 proposals won grants, for a success rate of just 12.5%. In SONATA BIS, 38 out of 420 proposals made the cut, meaning that the success rate, at just 9%, was the lowest in the history of the call.

All applicants whose projects were put on waiting lists were notified of the fact – they all received decisions issued by the NCN Director with a relevant annotation.

The Ministry of Science and Higher Education first signalled its intent to increase the budget of the NCN in February; In May, the decision was confirmed when the Minister accepted a modified 2024 financial plan for the National Science Centre. Subsequently, the NCN Council passed resolutions designed to increase the budgets of the calls for which NCN experts had drawn up waiting lists in previous months, which allowed the NCN to fund all the waiting list projects.

Thanks to the Council’s prompt decision, as the National Science Centre announced the results of OPUS 26 and SONATA 19  a little over a week later (24 May), it could immediately issue positive funding decisions not just for proposals included in the so-called basic lists, but also for those put on waiting lists in both these calls. And now, the remaining waiting lists proposals will receive positive funding decisions.

The extra 200 million zlotys added to the budget of the National Science Centre in 2024 were used to cover the costs planned for this budget year in the waiting list projects under OPUS 25 and 26, PRELUDIUM 22, SONATA 19, MAESTRO 15, and SONATA BIS 13. Project costs planned for subsequent years will be delivered to grant holders in annual instalments, in accordance with their official cost estimates.

We encourage all researchers who have won funding in NCN calls to spread the news of their projects in social media.

How?

  1. Pick a nice photo (related to your research or research group),
  2. Describe your project in two or three sentences meant for the general public: what are its goals and how will it advance our knowledge?
  3. Use one or more hashtags: #NCNtotlen, #badaniapodstawowe #projektyNCN.

Let your success story reach a broader audience of regular people and research-funding decision-makers!

Prof. Anetta Undas to head NCN Council

Fri, 06/07/2024 - 09:00
Kod CSS i JS

Prof. Anetta UndasProf. Anetta Undas Prof. Anetta Undas, researcher from the Institute of Medicine of the Jagiellonian University Medical College, was elected as the new President of the NCN Council at the Council’s session of 6 June.

Professor Anetta Undas is an internal medicine physician, specialising in the diagnostics and treatment of thromboembolic disorders. Her research interests, on the boundary between basic and clinical research, centre on the genetic and environmental regulation of blood coagulation and atherosclerosis. She has identified a new risk factor for arterial and venous thromboembolic events, i.e. the pro-clotting properties of fibrin, and created a unique centre for fibrin research in Poland, where she focuses on rare thrombophilia occurring in our country.

Anetta Undas heads the Department of Thromboembolic Diseases at the Institute of Cardiology at Jagiellonian University Medical College in Kraków. She is a corresponding member of the Polish Academy of Arts and Sciences (PAU) and the Polish Academy of Sciences (PAN), as well as Academia Europaea. She has sat on expert teams at the NCN and the European Research Council and has been a member of the NCN Council since 2016.

The NCN Council sets out basic research priorities, making sure they are well-aligned with Poland’s development strategy, lays down the terms and conditions of NCN’s calls for proposals and their budgets, and announces competitions for doctoral and post-doctoral fellowships. It also appoints expert teams in charge of peer review and announces competitions for the role of NCN Director.

The NCN Council consists of 24 researchers appointed by the Minister of Science and Higher Education. Council members are elected for a four-year term and half of the Council is replaced every two years. A fresh intake of candidates for the 2024-2028 term will be announced in the coming weeks. More information will be published in the Public Information Bulletin of the Ministry of Science and Higher Education.

The term of the President of the NCN Council lasts (at most) two years and cannot be extended beyond the deadline for the replacement of half of the members. The members elect their President from among themselves. Prof. Robert Hasterok from the University of Silesia in Katowice, who headed the Council since December 2022, decided to step down from office. Prof. Anetta Undas will now take over and head the body until December 2024.

Since the establishment of the NCN, its Council has been headed by, in chronological order, Professors Michał Karoński from the Adam Mickiewicz University in Poznań, Janusz Janeczek from the University of Silesia in Katowice, Małgorzata Kossowska from the Jagiellonian University, and Jacek Kuźnicki from the International Institute for Molecular and Cell Biology in Warsaw.

Open consultations

Wed, 06/05/2024 - 16:40
Kod CSS i JS

Researchers from various research centres, NCN Council members and other NCN representatives gathered in Kraków to discuss the need to support basic research, increase the NCN budget and work out solutions to allow the agency to better respond to the needs of the academic community. The meeting was held on 4 June.

The NCN Director, as well as NCN Council members, participate in regular debates organised by research communities throughout Poland. This time, the NCN was the one to host a debate in its main offices. We invited 20 researchers from various centres and disciplines, who were joined by representatives of the NCN and the NCN Council, including discipline coordinators and office staff. “The NCN approaches social consultations with great openness”, comments Prof. Artur Obłuski, an archaeologist from the University of Warsaw, winner of NCN and ERC grants.

The debate brought together researchers from disciplines that rely on different methodologies and require different kinds of equipment. “A historian working with medieval manuscripts will have different needs and expectations than, say, a physicist heading a large research group. Another thing that differs from one discipline to the next is how we understand and approach the processes of proposal submission, grant assessment, and billing”, continues Prof. Obłuski, adding that meetings of this kind allow the NCN and the research community to get a more accurate picture of the grant system in Poland, along with its advantages and those elements that might still require some tweaking.

Meeting at the NCN headquarters, 4 June 2024Meeting at the NCN headquarters, 4 June 2024 Our guests were individuals who had previously put forward various postulates concerning the operation of the NCN, as well as NCN, ERC and Dioscuri grant winners, researchers with an active interest in the agency, including those who had actively supported the NCN in its struggle to get its budget increased.

Among other things, panellists discussed the regulations of the MINIATURA call, a possible resumption of the recently suspended PRELUDIUM BIS, and the idea that PRELUDIUM should be organised twice a year. The conversation also touched on issues concerning grant use and billing, including aspects such as the internationalisation of research, the need for greater flexibility in how grant resources can be used, open science and grant-related employment and remuneration policies.

“The realities of research are changing and good communication with researchers is essential for us to be able to create the best call portfolio possible. The ideas and postulates put forward by the research community during the debate will continue to be discussed in the Council”, emphasises Prof. Alicja Kazek-Kęsik, NCN Council member.

Prof. Kinga Kamieniarz-Gdula from the Adam Mickiewicz University in Poznań says that she would expect the NCN, like the ERC, to show more flexibility vis-a-vis principal investigators, especially when it comes to issues such as hiring research team members. “A decision to model the NCN on the top European grant agency was, to my mind, the key to its resounding success”, Kamieniarz-Gdula, who has won grants from both agencies, explains.

In the part of the debate that focused on funding, the participants expressed their concern that only the best experts and reviewers should be invited to assess proposals. Prof. Tomasz Dietl, NCN Council member, encouraged attendees to help the agency create a database of reviewers. He pointed out that they can contact the Council to submit information about outstanding researchers who could be hired for peer review at any time.

The last part of the meeting was devoted to general issues, such as the cooperation between the NCN and other institutions, including the National Centre for Research and Development and the Medical Research Agency, as well as the support of the research community in the struggle for regular increases in NCN subsidies. Prof. Krzysztof Jóźwiak, NCN Director, pointed out that the engagement of the academic community played a key role in securing a 200 million increase in this year’s budget for the agency.  “NCN grant winners are a large group of more than 20 thousand people from centres all over Poland, with great lobbying potential”, he said. He mentioned the #NCNtotlen campaign on X earlier this year as an example of an important initiative that swayed the decision of the ministry

“I was particularly happy to see a broad consensus on the most essential issues. First, we all really appreciate what the NCN does. Second, we all agree that it should remain an elite agency but also ensure the mechanisms to allow new talented and hard-working individuals to enter the system. Third, we know that the level of funding for the NCN and for Polish science at large is glaringly at odds with our current economic standing in the world and without greater investment in research, we will be facing an imminent collapse”, comments Prof. Kamieniarz-Gdula, who initiated the #NCNtotlen campaign together with Prof. Artur Obłuski.

“If the budget of the NCN is not doubled, our country is bound to become a mere consumer of knowledge and goods produced by others. This would constitute an important breach of state security in many aspects. The NCN is a beacon that shines the light of top-quality science and it needs to be allowed to grow”, concludes Prof. Obłuski. The scientists underscore that what is needed is an increase not just in the specific subsidy for research funding, but also the earmarked subsidy for the daily functioning of the institution.

We will be publishing longer statements by our panellists, as well as a full report from the event, in the near future.

The meeting at the NCN offices brought together a group of researchers from Białowieża, Białystok, Katowice, Kraków, Lublin, Łódź, Poznań, Warsaw and Wrocław, as well as representatives from the Young Scientists’ Council and the National Representation of PhD Students.

Similar meetings were organised in 2017 and 2019 and led, among other things, to the extension of the duration of OPUS projects from three to four years.

Mapping human emotions in the face of climate change

Principal Investigator :
Prof. Dr hab. Artur Marchewka
Nencki Institute of Experimental Biology PAS

Panel: HS6

Funding scheme : GRIEG
announced on 17 June 2019

The global climate crisis is currently one of the greatest threats to humanity. In order to reduce the risk and effects of global warming, people must radically change their lifestyles. For many individuals, climate change is a source of strong emotions. At the same time, an increasing number of people worldwide are engaging in behaviours aimed at mitigating the negative impacts of climate change. However, we still know surprisingly little about how our emotions influence pro-environmental actions. The goal of the Climate Change Emotions project is to fill the gap in our knowledge of climate-related emotions and their impact on pro-environmental behaviours. To this end, we have employed many complementary research methods: interviews, questionnaires, behavioural experiments, brain function neuroimaging, and an innovative method of measuring embodied emotions. The research was conducted in Poland and Norway, two countries heavily reliant on fossil fuels, with different approaches to environmental protection. The initial studies included a series of in-depth interviews with individuals concerned about climate change (Marczak et al., 2023; Zaremba et al., 2022), on the basis of which we developed a questionnaire to measure climate emotions (Inventory of Climate Emotions, ICE) (Marczak et al., 2023). Our analyses showed that the emotional experience of climate change can be accurately and reliably described based on eight categories of emotions, such as anger, helplessness, enthusiasm, loneliness, guilt, sadness, contempt, and fear.

Figure 1. Emotions identified in the development of the Inventory of Climate Emotions (ICE).Figure 1. Emotions identified in the development of the Inventory of Climate Emotions (ICE). Subsequent studies were aimed at understanding the relationship between emotional reactions to climate change and pro-environmental actions. We conducted a series of experiments to determine how different climate-related narratives can influence pro-environmental behaviours. We developed a unique set of climate change stories (Emotional Climate Change Stories, ECCS) to study emotions related to climate change: anger, fear, compassion, guilt, and hope (Zaremba et al., 2023). The results of the study helped us identify the climate-related communication strategies that motivate climate-friendly behaviours in the most efficient manner. Additionally, as part of the project, we employed an innovative method enabling the mapping of embodied emotions (emBODY). In our study, we demonstrated that people could indicate where in their bodies they experienced emotional arousal related to climate change (Herman et al., 2022).

In the final study, we used functional magnetic resonance imaging (fMRI) to a set of climate change stories in order to evoke emotions and examine how they translate into pro-environmental actions. Brain imaging methods enabled us to understand the neuronal mechanisms underlying human behaviours. The project is carried out by an interdisciplinary research team including experts in clinical and environmental psychology, as well as neuroscience. In summary, the project aims at developing a new framework to understand the emotional perception of climate change and its connection to mental health, and actions taken in order to address one of the most pressing issues of our time.

Figure 2. Maps of bodily sensations associated with the climate change. Original figure from Herman et al., 2022.Figure 2. Maps of bodily sensations associated with the climate change. Original figure from Herman et al., 2022.

More about the project can be found at climate-change-emotions.org

 

Project title: Understanding patterns of emotional responses to climate change and their relation to mental health and climate action taking

Prof. Dr hab. Artur Marchewka

Kierownik - dodatkowe informacje

His main research interests include affective neuroscience, brain plasticity, and non-invasive methods of neuroimaging of the structure and function of the human brain. He heads the Brain Imaging Laboratory at the Nencki Institute of Experimental Biology, Polish Academy of Sciences. He graduated from the Faculty of Psychology at the University of Warsaw. He earned his PhD in biological sciences (specialising in psychophysiology) at the Nencki Institute. He completed his postdoctoral training at the Centre Hospitalier Universitaire Vaudois in Lausanne, Switzerland. He has received, inter alia, a scholarship for outstanding early-stage researchers from the Minister of Science and Higher Education (2013-2015), and is a winner of the SCIEX Programme (2010-2011) and Mentoring Programme of the Polish Science Foundation (2014). For his research, he has been awarded the J. Konorski Award (2012, 2017), among others. He is a co-author of over 100 experimental papers in international research press/journals. His team has developed a set of affective visual stimuli (Nencki Affective Picture System) and verbal stimuli in Polish (Nencki Affective World List).

Prof. Artur Marchewka, photo by Michał Łepecki

A breakthrough in research on therapeutic mRNA

Principal Investigator :
Prof. dr hab. Jacek Jemielity
Centre of New Technologies, University of Warsaw

Panel: ST4

Funding scheme : OPUS 17
announced on announced on 15 March 2019

Recently, there has been an explosion of interest in novel therapeutics at the interface of chemistry and biology. Therapies based on mRNA, i.e. the messenger ribonucleic acid that is the cellular recipe for protein, are perhaps the most popular among them.

mRNAs with any sequence can be easily synthesised in a test tube. However, due to their inherent characteristics, such as instability and immunogenicity, therapeutic mRNAs must be properly designed to meet the therapeutic conditions. During the pandemic, the mRNA technology has been spectacularly used in the Covid vaccines. Nonetheless, the potential application of mRNAs is much greater; mRNA has also been tested for treatment of cancer, genetic diseases, as well as application in cell therapies and regenerative medicine. Nevertheless, in order to design such therapeutics, it is crucial that we understand the properties of mRNA and its metabolism inside the cell. An important aspect of mRNA metabolism is that at least three nucleotides at the 5' end of mRNA are tagged by methyl groups. Some of these methylations are recognised by specific proteins involved in various stages of gene expression, some serve as markers to set human mRNA apart from the RNA of pathogens, such as viruses; the role of other methylations has not yet been determined. Some are irreversible, while others appear to act as a temporary regulatory mechanism.

Fot. Michał ŁepeckiFot. Michał Łepecki The research project synthesises the tools necessary to produce mRNAs with different 5' end methylation statuses. The tools are then used to study the impact of specific methylations on the biological properties of mRNAs, in particular those essential from the point of view of their possible therapeutic use. The project will endeavour to identify solutions to dramatically increase the mRNA productivity, so that more proteins could be made from the same amount of mRNA inside the cell. M6Am modification plays an essential role as it often undergoes a natural modification under cellular conditions. This is the so-called post-transcriptional modification, which occurs in the cells after mRNA biosynthesis. This modification is reversible and there is an enzyme in the cells capable of removing it (FTO). Although the function of the natural modification is yet unknown, studies show that it is associated with an increased mRNA productivity. In the studies, the methyl group was replaced by the benzyl group (AvantCap) which is much bigger. It was found that it perfectly mimics the natural modification in terms of mRNA properties but is not removable by the FTO enzyme. Thus, productivity of the synthetic mRNA is activated and the FTO enzyme cannot disactivate it. In practice, more desired proteins whose production instructions are written in a mRNA molecule, are produced.

The AvantCap-modified mRNA molecule is up to six times more productive in mice. It means that the recipe for the production of a specific protein contained in a modified molecule will produce over six times more proteins as compared to mRNA using the technology employed in the Covid vaccines. By administering such modified mRNAs, it will be possible to achieve a therapeutic effect in the body at a much lower dose. Under certain conditions, this difference can be even greater (even a hundredfold).

The mechanism of action of this invention is not entirely clear. Certain natural modifications are known to occur once the mRNA transcription in the cells give a higher translation priority to the molecules . The molecules are more efficiently decoded under certain conditions, resulting in an increased production of certain types of proteins that are essential for the cells. It seems that the modification results in the  molecules geting priority in the queue for protein production. This solution could become a breakthrough in the application of more difficult vaccines than antiviral vaccines. A research paper on the subject has been published in the prestigious Journal of the American Chemical Society.

Project title: New methods for mRNA 5' end labelling and examples of their application in studies on RNA metabolism and searching for inhibitors of cap-structure-recognising proteins with therapeutic relevance

Prof. dr hab. Jacek Jemielity

Kierownik - dodatkowe informacje

Head of the Laboratory of Biological Chemistry at the Centre of New Technologies, University of Warsaw (CeNT UW). His research focuses on the synthesis of biologically important nucleoside analogues and their use for the purposes of nucleic acid modification. He specialises in therapeutic mRNAs, known to be more effective at stimulating cells to produce specific protein types than natural molecules. He has authored nearly 140 scientific publications and 10 patents and patent applications in many countries. His inventions are used in numerous clinical trials of mRNA cancer vaccines. He is the winner of the 2021 prize from the Foundation of Polish Science and co-founder of ExploRNA Therapeutics, a spin-off company of the University of Warsaw.

""

First project under Weave-UNISONO 2024

Tue, 06/04/2024 - 15:30
Kod CSS i JS

Together with Austrian researchers, Dr hab. Robert Zajkowski from the Maria Curie-Skłodowska University in Lublin will carry out a research project under Weave-UNISONO. He will receive nearly PLN 500 thousand for his research.

The project “Family Firms’ Financial Decisions in Central-Eastern Europe” will be carried out under the leadership of Dr hab. Robert Zajkowski from the University in Lublin together with Prof. Dr Helmut Pernsteiner from the Johannes Kepler University Linz. The main aim of the project is to identify the similarities and disparities in financial decision-making processes between family and non-family enterprises. The researchers will focus on three vital areas for financial decision-making processes: mergers & acquisitions (M&A), corporate social responsibility (CSR) and digital innovation. This is the first project recommended for funding from the 2024 Weave UNISONO proposals.

The National Science Centre approved the results of the evaluation of the proposal performed by the Austrian Science Fund (FWF) within the framework of Weave collaboration.

Weave-UNISONO and Lead Agency Procedure 

Weave-UNISONO is a result of multilateral cooperation between the research-funding agencies associated in Science Europe and aims at simplifying the submission and selection procedures in all academic disciplines, involving researchers from two or three European countries.

The winning applicants are selected pursuant to the Lead Agency Procedure according to which one partner institution performs a complete merit-based evaluation of proposals, the results of which are subsequently approved by the other partners.

Under the Weave Programme, partner research teams apply for parallel funding to the Lead Agency and their respective institutions participating in the Programme. Joint research projects must include a coherent research program with the added value of the international cooperation. 

Weave-UNISONO is carried out on an ongoing basis. Research teams intending to cooperate with partners from Austria, the Czech Republic, Slovenia, Switzerland, Germany, Luxembourg and Belgium-Flanders are urged to read the call text and apply for funding.

JPND Call 2024 – the opportunity to join international research teams

Tue, 06/04/2024 - 14:00
Kod CSS i JS

The current JPND Call 2024 „Mechanisms and measurement of disease progression in the early phase of neurodegenerative diseases” launched by the National Science Centre in collaboration with the JPND Network (Neurodegenerative Disease Research), international research projects recommended for the second stage of the call can include Polish research teams.

Researchers wishing to join the research teams recommended for the second stage of the call should contact Dr Jadwiga Spyrka at: jadwiga.spyrka@ncn.gov.pl by 7 June 2024.

Anyone invited to join the international consortium as a new partner must consult the budget table of the Polish part of the project with the NCN. The budget table should be sent to: alicja.dylag@ncn.gov.pl by 21 June 2024.

Full proposals must be submitted by 25 June 2024, 12 noon. NCN (UNISONO) proposals must be submitted to the OSF submission system by 2 July 2024.

For more information on the call, please refer to the website of the JPND and our website.

NCN participating in the Perspektywy Women in Tech Summit 2024

Fri, 05/31/2024 - 12:00
Kod CSS i JS

Representatives of the National Science Centre and QuantERA network will participate in the Women in Tech Summit 2024 that will take place on 12 and 13 June in Warsaw.

The Perspektywy Women in Tech Summit is one of the most important conferences for women in new technologies in Europe. The organisers estimate that the event will gather 7,000 people, including science and technology students, experts, researchers and employees of tech companies. It will feature 150 speakers from 50 countries.

The event is organised for the sixth time and this year will be attended by NCN representatives. On 13 June, at 9 a.m., Sylwia Kostka, coordinator of the QuantERA network and Anna Wieczorek, NCN coordinator will talk about the NCN portfolio, and the opportunities offered to scientists by the QuantERA programme.

QuantERA funds ambitious research in quantum technologies (QT), supports collaboration between researchers and research-funding agencies, monitors public policies and strategies in quantum technologies, and creates responsible research guidelines. QuantERA strengthens scientific excellence in the countries where research and innovation capacity are below the average EU level (the so-called widening countries) and actively promotes equal participation of male and female researchers in research teams.

NCN representatives’ speech entitled: Navigating Research Funding: A Guide to NCN and QuantERA Opportunities will be delivered at the Science Stage.

Visitors can get more information at the booth of the NCN and QuantERA network where their questions will be answered by the NCN coordinators: Anna Wieczorek and Magdalena Jarosz.

Please join the event and visit our booth!

Extended access to research data management courses on the NAVOICA platform

Fri, 05/31/2024 - 10:30
Kod CSS i JS

Following high demand, the National Science Centre and the Interdisciplinary Centre for Mathematical and Computational Modelling at the University of Warsaw decided to extend access to the research data management courses on the NAVOICA platform.

The new course end date is 30 June 2024.

Until then, all those enrolled in the courses can continue working towards completion.

Access can only be extended for those who are already registered for the courses.

We are happy that the courses are so popular. Since October, they have attracted over 5,300 people. The next courses will probably start in autumn.