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Polish Roadmap for Research Infrastructures Polish Roadmap for Research Infrastructures

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Polish Roadmap for Research Infrastructures Polish Roadmap for Research Infrastructures Polish Roadmap for Research Infrastructures Polish Roadmap for Research Infrastructures Preface Research plays a key role in the development of soci- ety and civilization. Through research we are able to ef- fectively address new challenges such as quality of life, civilization diseases, demographic changes, sustainable development and environmental protection, as well as energy security. Without top-level research it is impos- sible not only to successfully face the above mentioned and other challenges but also to understand the dy- Wojciech Murdzek namically changing world. Minister of Science and Higher Education There are two elements of vital importance for research excellence – human capital and state-of-the-art re- search infrastructures. The latter is doubly important owing to its essential role in training future scientific and technical staff. Major strategic research infrastruc- tures attract world-class scientists and innovative com- panies which enables economic growth as well as en- hance social capital. Excellent laboratories applying the highest standards of research and education are there- fore necessary for each country to develop. The Polish Roadmap for Research Infrastructures is a tool created to facilitate the development of these laboratories. It comprises seventy of the most ambitious research infrastructure projects of great socio-econom- ic significance, chosen through a transparent process carried out in accordance with international standards. The Roadmap is to become the basis for the investment policy of the Ministry of Science and Higher Education in the coming years, however it is worth underlining that placing a research infrastructure project on the Roadmap does not automatically imply the financial commitment of the Ministry. The decision concern- ing the involvement of public funds within the current funding streams will be made on a case-by-case basis after a thorough analysis of the maturity level of the project, as well as of expected benefits for the econom- ic and scientific communities. When supporting devel- opment of science, we have to ensure that public funds are spent properly. 1 Contents: 4 Selection process of research 38 Earth & environmental infrastructures included in the sciences Polish Roadmap for Research 40 ACTRIS – Aerosols Clouds and Trace Gases Infrastructures Research Infrastructure 42 EPOS – European Plate Observing System 6 Selection process of the 44 EURO-ARGO – Global Ocean Observation System research infrastructures 46 Integrated Carbon Observation System – ICOS included in the Polish PL Roadmap for Research 48 The Polish Multidisciplinary Laboratory for Infrastructures – the Advisory Polar Research (PolarPOL) Panel’s perspective 50 Medical, biological & agricultural sciences 8 Technical sciences 52 Biological and Biomedical Imaging & energy Infrastructure – Bio-Imaging Poland (BIPol) 10 Centre of Advanced Materials and 54 Biomedical Multiscale Imaging Centre for Manufacturing Process Engineering Translational Research (MultIMA) (CZMIPW) 56 Centre for Advanced Organic Synthesis and 12 Centre of Hybrid Additive Technologies, Non- Transformative Materials Destructive Testing and Smart Materials – Experimental Factory NDTAM 58 Centre for Innovative and Sustainable Horticultural Technologies 14 Centre of Pro-Ecological Energy Technologies (CePTE) 60 Centre for New Pharmacotherapies of the Central Nervous System Diseases – Cephares 16 Clean Coal Technologies Centre (CCTW+) 62 Centre for the Development of Therapies for 18 EUHTER Civilization and Age-Related Diseases 20 High-Pressure Hydrogen Research Station 64 Cryo-Imaging Centre 22 Innovation Support Centre for Materials 66 ELIXIR.PL Engineering and Nanotechnology: Hybrid Nanomaterials for Special Applications 68 European Centre for Bioinformatics and Genomics (ECBG) 24 National Centre for Geothermal Energy and Heat Pumps 70 National Biodiversity Collection of Recent and Fossil Organisms at W. Szafer Institute of 26 National Laboratory of Photovoltaics (NLF) Botany, Polish Academy of Sciences (NBC IB 28 NOMATEN CoRE PAS) 30 NSMET – National Network of Coordinate 72 Nuclear Magnetic Resonance – Metrology Interdisciplinary Platform for Physico- chemical Studies. MAGREZ 32 Polish EMC Laboratories Network (EMC- LabNet) 74 Polish Biobanking Network BBMRI.pl 34 Research Centre for Pro-Environmental 76 POL-OPENSCREEN – Polish Infrastructure Energy-Efficient Materials and Technologies of Open Screening Platforms for Chemical Biology 36 WCAT 2.0 – Additive Technologies and Biomedical Engineering Centre 2 Polish Roadmap for Research Infrastructures 78 RAPID Centre of Radiation Research and 128 Very Long Baseline Interferometry (VLBI) Technology station at N. Copernicus University in Torun 80 Research Infrastructure of Molecules and Cells 130 Virgo – Gravitational-Wave Observatory (IN-MOL-CELL) 82 Tech-Safe-Bio – Work Safety&Health Research 132 Social sciences Centre & humanities 84 Physical sciences 134 CLARIN – Common Language Resources and Technology Infrastructure & engineering 136 Digital Research Infrastructures for the Arts 86 ATOMIN 2.0 – Material Testing Centre on an and Humanities DARIAH-PL ATOM Scale for an Innovative Economy 138 European Interdisciplinary Centre for Research 88 Centre of Engineering of Cryogenic Materials of Borderland Cultural Convergence and Research Equipment 140 European Research Infrastructure Consortium 90 Cherenkov Telescope Array (CTA) for the European Social Survey Research Infrastructure (ESS ERIC) 92 Cyclotron Centre Bronowice, CCB 142 Polish Research Infrastructure for Life Course 94 ELI – Extreme Light Infrastructure Studies on Families, Generations, and Human 96 ESS – European Spallation Source Capital (PRILS-FGH) 98 European Magnetic Field Laboratory+ 144 Polish Research Infrastructure for Heritage Science – ERIHS.PL 100 European Synchrotron Radiation Facility 102 E-XFEL – Free Electron Laser 146 Digital infrastructures 104 FAIR – Facility for Antiproton and Ion Research 148 National Cloud Infrastructure PLGrid for EOSC 106 Hyper-Kamiokande 150 National Data Storage. Universal 108 Laboratory of High-Pressure Research Infrastructure for Data Storage and Access and Functionalization on Soft Matter and and Effective Processing of Large Data Amorphous Solids: X-PressMatter Volumes in HPC, BigData and Artificial 110 MNL Maria Neutron Laboratory Intelligence Computing Models 112 Nitride Semiconductors Physics and 152 National Laboratory for Advanced 5G Research Technology Centre ”GaN-Unipress” 154 National Supercomputing Infrastructure for 114 Particle Physics Research with the CERN EuroHPC Infrastructure 156 PIONIER-LAB – National Platform for 116 PolFEL – Polish Free Electron Laser Integrating Research Infrastructure with Ecosystems of Innovation 118 Polish LOFAR – a Low Frequency Radio Interferometer. System Development: LOFAR 158 PRACE – Cooperation in Advanced Computing 2.0 in Europe 120 Polish UV Satellite System – UVSat Members of the Advisory 122 SOLARIS National Synchrotron Radiation 160 Centre Panel on the Polish Roadmap 124 SPIRAL2 for Research Infrastructures 126 Vera C. Rubin Observatory (formerly The Large Synoptic Survey Telescope) 3 Selection process of research infrastructures included in the Polish Roadmap for Research Infrastructures 4 Polish Roadmap for Research Infrastructures A call for proposals to include an infrastruc- average of Advisory Panel and 40% of weight- ture in the Polish Roadmap for Research In- ed average of external experts. frastructures was launched by the Ministry Having collected the final results of all pro- of Science and Higher Education in June posals, the Advisory Panel submitted to the 2019. Each of almost 150 applications was Minister of Science and Higher Education its reviewed by members of the Advisory Panel recommendations regarding inclusion of 65 on the Polish Roadmap for Research Infra- the best rated infrastructures in the Road- structures as well as by two external experts map. The Minister responded favorably to – a national one and a foreign one. Almost these recommendations, at the same time 160 reviewers were involved in the process deciding to additionally include in the Road- of proposals assessment. map five European infrastructures where the Polish government had already declared The following criteria (being differently its commitment. These infrastructures are weighted) were taken into consideration as follows: by the Advisory Panel and external experts when evaluating applications: – CLARIN – Common Language Resources and Technology Infrastructure; – The uniqueness of infrastructure in na- tional and worldwide terms – 20%; – Digital Research Infrastructures for the Arts and Humanities DARIAH-PL; – Institutional and human resources ca- pacity of the applicant – 18%; – FAIR – Facility for Antiproton and Ion Re- search; – The extent to which infrastructure inter- ests the national and international sci- – Biological and biomedical imaging infra- entific and entrepreneurial community structure – Bio-Imaging Poland (BIPol); – 15%; – POL-OPENSCREEN – Polish Infrastruc- – The reasonableness of the costs related ture of Open Screening Platforms for to infrastructure – 15%; Chemical Biology. – Compatibility of the objectives and tar- Published in January 2020, the Roadmap in- gets of infrastructure with national and cludes 70 strategic research infrastructures, international research, development and divided into six scientific areas, following innovation policies – 12%; the European Strategy Forum on Research Infrastructures
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