Ioannis A. Daglis is Professor of Space Physics at the University of Athens and the President of the Hellenic Space Centre. He is an expert in solar-terrestrial coupling processes and space weather; his work is mainly focused on the dynamics of energetic particles and of geospace magnetic storms. He is author or co-author of 100+ refereed scientific papers, with 4000 citations and h-index 34 in the Web of Science (6500 citations and h-index 42 in Google Scholar). He has edited and co-authored 5 textbooks, one of which ("Space Storms and Space Weather Hazards", Springer, 2001) was "recommended teaching material" for Space Sciences by the UN's Office for Outer Space. Prof. Daglis has been a Co-Investigator on three NASA missions (SAC-B, Polar, THEMIS) and two ESA missions (BepiColombo, Proba3); Scientific Representative for the SREM instrument on ESA's Rosetta mission; Full Member of the International Academy of Astronautics (IAA) since 2011; Editor-in-Chief of Annales Geophysicae since 2013; Scientific Discipline Representative to SCOSTEP since 2014; Chair of the Next Scientific Program (NSP) Committee of SCOSTEP (2017-2019); Chair of the South-Eastern Europe Europlanet Society Hub since 2019. He leads the Horizon2020 project SafeSpace, which aims at advancing space weather nowcasting and forecasting capabilities through the development of a sophisticated model of the Van Allen electron belt and of a prototype space weather forecast service with a target lead time of 2 to 4 days. He also leads the ESA project G4G, which will deliver key capabilities needed in support of the development and operation of ESA science missions, based on the Geant4 simulation toolkit. He received the NASA Group Achievement Award for his contribution to the Global Geospace Science program and the ESA Individual Achievement Award for his contribution to the Cluster mission.

Ioannis A. Daglis is Professor of Space Physics at the University of Athens and the President of the Hellenic Space Centre. He is an expert in solar-terrestrial coupling processes and space weather; his work is mainly focused on the dynamics of energetic particles and of geospace magnetic storms. He is author or co-author of 100+ refereed scientific papers, with 4000 citations and h-index 34 in the Web of Science (6500 citations and h-index 42 in Google Scholar). He has edited and co-authored 5 textbooks, one of which ("Space Storms and Space Weather Hazards", Springer, 2001) was "recommended teaching material" for Space Sciences by the UN's Office for Outer Space. Prof. Daglis has been a Co-Investigator on three NASA missions (SAC-B, Polar, THEMIS) and two ESA missions (BepiColombo, Proba3); Scientific Representative for the SREM instrument on ESA's Rosetta mission; Full Member of the International Academy of Astronautics (IAA) since 2011; Editor-in-Chief of Annales Geophysicae since 2013; Scientific Discipline Representative to SCOSTEP since 2014; Chair of the Next Scientific Program (NSP) Committee of SCOSTEP (2017-2019); Chair of the South-Eastern Europe Europlanet Society Hub since 2019. He leads the Horizon2020 project SafeSpace, which aims at advancing space weather nowcasting and forecasting capabilities through the development of a sophisticated model of the Van Allen electron belt and of a prototype space weather forecast service with a target lead time of 2 to 4 days. He also leads the ESA project G4G, which will deliver key capabilities needed in support of the development and operation of ESA science missions, based on the Geant4 simulation toolkit. He received the NASA Group Achievement Award for his contribution to the Global Geospace Science program and the ESA Individual Achievement Award for his contribution to the Cluster mission.

+30-210-7276857

+49-(0)341-9832876

Research including space and astrophysics, dusty plasma and near-Earth space. Work experience at universities, basic research institutions and space centres in Europe, Japan and the USA. Professor, adjunct at the Physics Department Umeå University, Sweden and as Head of Projects at EISCAT Scientific Association working with scientists in Europe, Japan and China toward the ESFRI roadmap project EISCAT_3D to build a research infrastructure including an advanced ionospheric radar system.

Research including space and astrophysics, dusty plasma and near-Earth space. Work experience at universities, basic research institutions and space centres in Europe, Japan and the USA. Professor, adjunct at the Physics Department Umeå University, Sweden and as Head of Projects at EISCAT Scientific Association working with scientists in Europe, Japan and China toward the ESFRI roadmap project EISCAT_3D to build a research infrastructure including an advanced ionospheric radar system.

+47 776 45198

+302108109185

I am recently head of the department “Space Weather Impact” at the DLR Institute for Solar-Terrestrial Physics. I was Involved as project lead for the DLR contributions in several national as well as international projects. My field of expertise is particle and space physics, space weather and data driven physical modelling of the ionosphere.

I am recently head of the department “Space Weather Impact” at the DLR Institute for Solar-Terrestrial Physics. I was Involved as project lead for the DLR contributions in several national as well as international projects. My field of expertise is particle and space physics, space weather and data driven physical modelling of the ionosphere.

+49 3981 480 106

Education: 1983 - graduated in metrology and mathematics, Technical University, Kaunas, Lithuania 1992 – defended PhD thesis at Czech Technical University, Prague , Czech Republic Employment: Since March 1992 working in the Geophysical Institute and since April 1994 in the Institute of Atmospheric Physics, now in the Department of Aeronomy (since 2000 deputy head of the Department) in both Institutes in the field of ionospheric physics. Before 1992 working in the field of metrology and mathematics (methods of measurement of the physical quantities, theory of probability an statistical analysis) at the Technical University, Kaunas and at the Czech Technical University in Prague. Since 2012deputy director of the IAP CAS. Scientific activity: Physics of the ionosphere (particularly magnetic storm effects), solar-terrestrial relations, ionosphere-lower atmosphere coupling, ionospheric measurements, ionospheric service and predictions. Author/co-author of 78 published papers. In the last few years she is concentrated mainly on study of lower F region dynamics, influence from below and above, geomagnetic storms, ionospheric variability, ionospheric forecasting and modelling. Results have been presented at various international meetings (~250 presentations).

Education: 1983 - graduated in metrology and mathematics, Technical University, Kaunas, Lithuania 1992 – defended PhD thesis at Czech Technical University, Prague , Czech Republic Employment: Since March 1992 working in the Geophysical Institute and since April 1994 in the Institute of Atmospheric Physics, now in the Department of Aeronomy (since 2000 deputy head of the Department) in both Institutes in the field of ionospheric physics. Before 1992 working in the field of metrology and mathematics (methods of measurement of the physical quantities, theory of probability an statistical analysis) at the Technical University, Kaunas and at the Czech Technical University in Prague. Since 2012deputy director of the IAP CAS. Scientific activity: Physics of the ionosphere (particularly magnetic storm effects), solar-terrestrial relations, ionosphere-lower atmosphere coupling, ionospheric measurements, ionospheric service and predictions. Author/co-author of 78 published papers. In the last few years she is concentrated mainly on study of lower F region dynamics, influence from below and above, geomagnetic storms, ionospheric variability, ionospheric forecasting and modelling. Results have been presented at various international meetings (~250 presentations).

+420 272016044

Ioannis A. Daglis is Professor of Space Physics at the University of Athens and the President of the Hellenic Space Centre. He is an expert in solar-terrestrial coupling processes and space weather; his work is mainly focused on the dynamics of energetic particles and of geospace magnetic storms. He is author or co-author of 100+ refereed scientific papers, with 4000 citations and h-index 34 in the Web of Science (6500 citations and h-index 42 in Google Scholar). He has edited and co-authored 5 textbooks, one of which ("Space Storms and Space Weather Hazards", Springer, 2001) was "recommended teaching material" for Space Sciences by the UN's Office for Outer Space. Prof. Daglis has been a Co-Investigator on three NASA missions (SAC-B, Polar, THEMIS) and two ESA missions (BepiColombo, Proba3); Scientific Representative for the SREM instrument on ESA's Rosetta mission; Full Member of the International Academy of Astronautics (IAA) since 2011; Editor-in-Chief of Annales Geophysicae since 2013; Scientific Discipline Representative to SCOSTEP since 2014; Chair of the Next Scientific Program (NSP) Committee of SCOSTEP (2017-2019); Chair of the South-Eastern Europe Europlanet Society Hub since 2019. He leads the Horizon2020 project SafeSpace, which aims at advancing space weather nowcasting and forecasting capabilities through the development of a sophisticated model of the Van Allen electron belt and of a prototype space weather forecast service with a target lead time of 2 to 4 days. He also leads the ESA project G4G, which will deliver key capabilities needed in support of the development and operation of ESA science missions, based on the Geant4 simulation toolkit. He received the NASA Group Achievement Award for his contribution to the Global Geospace Science program and the ESA Individual Achievement Award for his contribution to the Cluster mission.

Ioannis A. Daglis is Professor of Space Physics at the University of Athens and the President of the Hellenic Space Centre. He is an expert in solar-terrestrial coupling processes and space weather; his work is mainly focused on the dynamics of energetic particles and of geospace magnetic storms. He is author or co-author of 100+ refereed scientific papers, with 4000 citations and h-index 34 in the Web of Science (6500 citations and h-index 42 in Google Scholar). He has edited and co-authored 5 textbooks, one of which ("Space Storms and Space Weather Hazards", Springer, 2001) was "recommended teaching material" for Space Sciences by the UN's Office for Outer Space. Prof. Daglis has been a Co-Investigator on three NASA missions (SAC-B, Polar, THEMIS) and two ESA missions (BepiColombo, Proba3); Scientific Representative for the SREM instrument on ESA's Rosetta mission; Full Member of the International Academy of Astronautics (IAA) since 2011; Editor-in-Chief of Annales Geophysicae since 2013; Scientific Discipline Representative to SCOSTEP since 2014; Chair of the Next Scientific Program (NSP) Committee of SCOSTEP (2017-2019); Chair of the South-Eastern Europe Europlanet Society Hub since 2019. He leads the Horizon2020 project SafeSpace, which aims at advancing space weather nowcasting and forecasting capabilities through the development of a sophisticated model of the Van Allen electron belt and of a prototype space weather forecast service with a target lead time of 2 to 4 days. He also leads the ESA project G4G, which will deliver key capabilities needed in support of the development and operation of ESA science missions, based on the Geant4 simulation toolkit. He received the NASA Group Achievement Award for his contribution to the Global Geospace Science program and the ESA Individual Achievement Award for his contribution to the Cluster mission.

+30-210-7276857

Dr. ir. Johan De Keyser (°1964) is Head of the Space Physics Division at the Royal Belgian Institute for Space Aeronomy since 2007. He obtained his PhD in Engineering (Computer Science and Applied Mathematics) in 1994 at the Katholieke Universiteit Leuven. His expertise is in the area of space physics and space weather. He has been working on solar wind physics (heliospheric current sheet, directional discontinuities) with ESA/Ulysses. He is deeply involved in magnetospheric science with ESA’s Cluster mission as a Co-I on the WHISPER instrument, with an emphasis on multi-spacecraft data interpretation methods, magnetopause structure and dynamics, auroral and subauroral physics, and the plasmasphere. As a Co-I on the ROSINA mass spectrometers aboard the comet-chasing Rosetta spacecraft, he has been participating in the data analysis of cometary neutrals and ions with an interest in the make-up of the comet dust and gas. He is currently involved as Unit CoPI for DFP-COMPLIMENT on Comet Interceptor. He is one of the initiators of the PICASSO CubeSat currently under construction at the Royal Belgian Institute for Space Aeronomy, and in particular of the Langmuir probe developments in that context. As BIRA-IASB coordinator of activities in the frame of the Solar-Terrestrial Center of Excellence (STCE), he has been one of the initiators of the Belgian Radio Meteor System, and also of the construction of two planeterellas. Since 2008, he is member of the Direction Board and of the Scientific Council of the Royal Belgian Institute for Space Aeronomy. He is an invited guest professor on Space Weather at the Katholieke Universiteit Leuven. He has authored or co-authored ~150 publications in peer-reviewed scientific journals and is Topical Editor of Annales Geophysicae.

Dr. ir. Johan De Keyser (°1964) is Head of the Space Physics Division at the Royal Belgian Institute for Space Aeronomy since 2007. He obtained his PhD in Engineering (Computer Science and Applied Mathematics) in 1994 at the Katholieke Universiteit Leuven. His expertise is in the area of space physics and space weather. He has been working on solar wind physics (heliospheric current sheet, directional discontinuities) with ESA/Ulysses. He is deeply involved in magnetospheric science with ESA’s Cluster mission as a Co-I on the WHISPER instrument, with an emphasis on multi-spacecraft data interpretation methods, magnetopause structure and dynamics, auroral and subauroral physics, and the plasmasphere. As a Co-I on the ROSINA mass spectrometers aboard the comet-chasing Rosetta spacecraft, he has been participating in the data analysis of cometary neutrals and ions with an interest in the make-up of the comet dust and gas. He is currently involved as Unit CoPI for DFP-COMPLIMENT on Comet Interceptor. He is one of the initiators of the PICASSO CubeSat currently under construction at the Royal Belgian Institute for Space Aeronomy, and in particular of the Langmuir probe developments in that context. As BIRA-IASB coordinator of activities in the frame of the Solar-Terrestrial Center of Excellence (STCE), he has been one of the initiators of the Belgian Radio Meteor System, and also of the construction of two planeterellas. Since 2008, he is member of the Direction Board and of the Scientific Council of the Royal Belgian Institute for Space Aeronomy. He is an invited guest professor on Space Weather at the Katholieke Universiteit Leuven. He has authored or co-authored ~150 publications in peer-reviewed scientific journals and is Topical Editor of Annales Geophysicae.

+32-2-3730368

Ana G. Elias received her PhD in Physics from the National University of Tucuman, Argentina, in 1999. She works there now as a Researcher from the CONICET (Consejo Nacional de Investigaciones Cientificas y Tecnicas) and as a Professor of Statistical Physics. Research interests have included: variability of the upper and lower atmosphere, solar and geomagnetic activity, geomagnetism, and stratospheric QBO. Her research now is mainly focused in Earth’s magnetic field secular variations and reversal scenarios, ionosphere long-term trends and its connection to Earth’s magnetic field and increasing greenhouse gases concentration, and radiowave propagation.

Ana G. Elias received her PhD in Physics from the National University of Tucuman, Argentina, in 1999. She works there now as a Researcher from the CONICET (Consejo Nacional de Investigaciones Cientificas y Tecnicas) and as a Professor of Statistical Physics. Research interests have included: variability of the upper and lower atmosphere, solar and geomagnetic activity, geomagnetism, and stratospheric QBO. Her research now is mainly focused in Earth’s magnetic field secular variations and reversal scenarios, ionosphere long-term trends and its connection to Earth’s magnetic field and increasing greenhouse gases concentration, and radiowave propagation.

https://www.cosmos.esa.int/web/personal-profiles/bernard-foing https://en.wikipedia.org/wiki/Bernard_Foing

https://www.cosmos.esa.int/web/personal-profiles/bernard-foing https://en.wikipedia.org/wiki/Bernard_Foing

+31 705111728

Since 2019, I serve as an Associate Researcher at the Institute for Environmental Research & Sustainable Development of the National Observatory of Athens in Greece. My primary field of expertise is atmospheric modeling, with particular emphasis on numerical weather prediction and regional climate modeling. I have been working with atmospheric numerical models for more than 10 years, focusing particularly on the development of tools and services that support the protection of the environment, life and property. In recent years, I have been specializing in fire meteorology, fire spread prediction and fire-atmosphere interactions. Within this context, I led the development of a novel fire spread forecasting system that currently supports operationally the Hellenic Fire Corps. My publication record includes 33 publications in international peer-reviewed scientific journals, which have attracted 416 citations (h- index = 12).

Since 2019, I serve as an Associate Researcher at the Institute for Environmental Research & Sustainable Development of the National Observatory of Athens in Greece. My primary field of expertise is atmospheric modeling, with particular emphasis on numerical weather prediction and regional climate modeling. I have been working with atmospheric numerical models for more than 10 years, focusing particularly on the development of tools and services that support the protection of the environment, life and property. In recent years, I have been specializing in fire meteorology, fire spread prediction and fire-atmosphere interactions. Within this context, I led the development of a novel fire spread forecasting system that currently supports operationally the Hellenic Fire Corps. My publication record includes 33 publications in international peer-reviewed scientific journals, which have attracted 416 citations (h- index = 12).

+1 (240) 228-9112

2012- present PMOD/WRC, Davos, Switzerland, Research Scientist 2010 - 2012 PMOD/WRC, Davos, Switzerland, Fellowship from the Holcim Foundation for the Advancement of Scientific Research 2008 - 2010 Laboratory for Atmospheric and Space Physics (LASP), University of Colorado, Boulder, USA, Research Scientist II 2006 - 2008 PMOD/WRC, Davos, Switzerland, Postdoctoral Researcher

2012- present PMOD/WRC, Davos, Switzerland, Research Scientist 2010 - 2012 PMOD/WRC, Davos, Switzerland, Fellowship from the Holcim Foundation for the Advancement of Scientific Research 2008 - 2010 Laboratory for Atmospheric and Space Physics (LASP), University of Colorado, Boulder, USA, Research Scientist II 2006 - 2008 PMOD/WRC, Davos, Switzerland, Postdoctoral Researcher

+41-58-467-5152

I am currently a space physics researcher at NASA Goddard Space Flight Center working with the LAMP, petitSat, Artemis, and Space Precipitation Impacts missions. I started researching waves in Earth's magnetosphere as an undergraduate at Augsburg College with Mark Engebretson using ground based magnetometers in the Arctic and Antarctic. I moved away from waves to focus on geomagnetic storms and substorms during my masters at the University of Colorado Boulder with Dan Baker but returned once more to waves with my PhD at University of Newcastle NSW Australia working under Brian Fraser. My PhD thesis was on Electromagnetic Ion Cyclotron (EMIC) waves during the CRRES mission and their relationship to the plasmasphere and radiation belts. During my postdoc at Dartmouth college I worked on the BARREL mission I have moved down the field line (from a space perspective) and looked at the population of particles lost due to these interactions and their impact on the ionosphere and upper atmosphere. Today I continue to bounce around the heliosphere and work to connect these regions, processes, and analysis techniques across boundaries.

I am currently a space physics researcher at NASA Goddard Space Flight Center working with the LAMP, petitSat, Artemis, and Space Precipitation Impacts missions. I started researching waves in Earth's magnetosphere as an undergraduate at Augsburg College with Mark Engebretson using ground based magnetometers in the Arctic and Antarctic. I moved away from waves to focus on geomagnetic storms and substorms during my masters at the University of Colorado Boulder with Dan Baker but returned once more to waves with my PhD at University of Newcastle NSW Australia working under Brian Fraser. My PhD thesis was on Electromagnetic Ion Cyclotron (EMIC) waves during the CRRES mission and their relationship to the plasmasphere and radiation belts. During my postdoc at Dartmouth college I worked on the BARREL mission I have moved down the field line (from a space perspective) and looked at the population of particles lost due to these interactions and their impact on the ionosphere and upper atmosphere. Today I continue to bounce around the heliosphere and work to connect these regions, processes, and analysis techniques across boundaries.

+81-42-443-5299

+49-(0)341-9832876

+44 1223221314

+33 5 62 25 27 47

Research including space and astrophysics, dusty plasma and near-Earth space. Work experience at universities, basic research institutions and space centres in Europe, Japan and the USA. Professor, adjunct at the Physics Department Umeå University, Sweden and as Head of Projects at EISCAT Scientific Association working with scientists in Europe, Japan and China toward the ESFRI roadmap project EISCAT_3D to build a research infrastructure including an advanced ionospheric radar system.

Research including space and astrophysics, dusty plasma and near-Earth space. Work experience at universities, basic research institutions and space centres in Europe, Japan and the USA. Professor, adjunct at the Physics Department Umeå University, Sweden and as Head of Projects at EISCAT Scientific Association working with scientists in Europe, Japan and China toward the ESFRI roadmap project EISCAT_3D to build a research infrastructure including an advanced ionospheric radar system.

+47 776 45198

Dr Anna Milillo is senior scientist, working at INAF/IAPS in Rome since 1999. She studied the space environment of the bodies in the Solar System, investigating interactions between the ions and radiation with magnetospheres, upper atmospheres/exospheres/surfaces of Earth, Mars, Moon, asteroids and Jupiter’s icy moons. Her main topic: Mercury’s environment and its interaction with the Sun. She is Deputy PI of the BepiColombo/SERENA particle package, BepiColombo Interdisciplinary Scientists and coordinator of the Hermean Environment WG and Co-I of the PHEBUS and SIXS instruments. She was Co-I of MEX/ASPERA-3 and VEX/ASPERA-4 experiments and PI and Co-I of different instruments proposed for ESA, NASA and ASI space missions. Expert in Energetic Neutral Atom instrument concept and testing and in science operation strategies. Co-author of about 118 peer-reviewed papers.

Dr Anna Milillo is senior scientist, working at INAF/IAPS in Rome since 1999. She studied the space environment of the bodies in the Solar System, investigating interactions between the ions and radiation with magnetospheres, upper atmospheres/exospheres/surfaces of Earth, Mars, Moon, asteroids and Jupiter’s icy moons. Her main topic: Mercury’s environment and its interaction with the Sun. She is Deputy PI of the BepiColombo/SERENA particle package, BepiColombo Interdisciplinary Scientists and coordinator of the Hermean Environment WG and Co-I of the PHEBUS and SIXS instruments. She was Co-I of MEX/ASPERA-3 and VEX/ASPERA-4 experiments and PI and Co-I of different instruments proposed for ESA, NASA and ASI space missions. Expert in Energetic Neutral Atom instrument concept and testing and in science operation strategies. Co-author of about 118 peer-reviewed papers.

+1-603-862-2905

Minna Palmroth is a professor in computational space physics at the University of Helsinki. She has a double affiliation to the Finnish Meteorological Institute. She got her PhD degree in 2003, and has ever since held several highly competitive researcher positions in Finland. She holds many important national and international positions of trust. Most notably, she is the winner of the European Research Council Starting grant from 2007, and the winner of the ERC Consolidator grant from 2015. She is the Director of Finnish Centre of Excellence in Research of Sustainable Space.

Minna Palmroth is a professor in computational space physics at the University of Helsinki. She has a double affiliation to the Finnish Meteorological Institute. She got her PhD degree in 2003, and has ever since held several highly competitive researcher positions in Finland. She holds many important national and international positions of trust. Most notably, she is the winner of the European Research Council Starting grant from 2007, and the winner of the ERC Consolidator grant from 2015. She is the Director of Finnish Centre of Excellence in Research of Sustainable Space.

He got his Doctorate in Space Geophysics at National Institute for Space Research (INPE), Brazil in 2012. In 2013 he started to work at Federal University of Campina Grande (UFCG) as Lecturer and Research. He is currently Associate Professor of the department of Physics of the UFCG. He was the president of the Brazilian Society of Space Geophysics and Aeronomy from 2016 to 2020. He has been the Brazilian representative of the Latin American Association of Space Geophysics (ALAGE) since 2016. He is one of the co-chairs of Interdivisional Commission for Developing Countries of International Association for Geomagnetism and Aeronomy (IAGA). He served as guest editor for the special issue "7th Brazilian meeting on space geophysics and aeronomy" published in the Annales Geophysicae from 2019 to 2020. He is one of the conveners of the session "WGII-C/ICMA/SCOSTEP/ICDC: Coupling Processes in the Atmosphere-Ionosphere System" to be presented during the IUGG 2023. He has participated in over 50 international conferences and published 33 scientific articles. He has experience in studying the dynamics of the upper atmosphere and ionosphere using optical and radio measurements and numerical simulations as well.

He got his Doctorate in Space Geophysics at National Institute for Space Research (INPE), Brazil in 2012. In 2013 he started to work at Federal University of Campina Grande (UFCG) as Lecturer and Research. He is currently Associate Professor of the department of Physics of the UFCG. He was the president of the Brazilian Society of Space Geophysics and Aeronomy from 2016 to 2020. He has been the Brazilian representative of the Latin American Association of Space Geophysics (ALAGE) since 2016. He is one of the co-chairs of Interdivisional Commission for Developing Countries of International Association for Geomagnetism and Aeronomy (IAGA). He served as guest editor for the special issue "7th Brazilian meeting on space geophysics and aeronomy" published in the Annales Geophysicae from 2019 to 2020. He is one of the conveners of the session "WGII-C/ICMA/SCOSTEP/ICDC: Coupling Processes in the Atmosphere-Ionosphere System" to be presented during the IUGG 2023. He has participated in over 50 international conferences and published 33 scientific articles. He has experience in studying the dynamics of the upper atmosphere and ionosphere using optical and radio measurements and numerical simulations as well.

+55 83 2101-1196

My research area is the Atmospheric Physics, Meteorology and Climatology with focus on the variability of the climate system and the middle atmosphere processes.

My research area is the Atmospheric Physics, Meteorology and Climatology with focus on the variability of the climate system and the middle atmosphere processes.

+420 951 552 540

+49 (0)341 97-32932

Ingmar received his doctoral degree in Space and Plasma Physics from Uppsala University. During the last decade, he has contributed and managed various R&D projects of European Space Agency related to the calibration of space radiation monitors and to the analysis, modelling and forecasting of space radiation environment. Since 2006 he works in Space Applications & Research Consultancy (SPARC).

Ingmar received his doctoral degree in Space and Plasma Physics from Uppsala University. During the last decade, he has contributed and managed various R&D projects of European Space Agency related to the calibration of space radiation monitors and to the analysis, modelling and forecasting of space radiation environment. Since 2006 he works in Space Applications & Research Consultancy (SPARC).

Since September 2009 I am working at the Leibniz Institute for Atmospheric Physics e.V.. My main fields of expertise are related to the following topics: - remote sensing - radar observations of atmospheric dynamics - meteor physics, meteor ablation modelling - statistical inverse theory (related to atmospheric remote sensing) - scattering theory - meteoric plasmas - data analysis global GCM and time series analysis of various atmospheric sensors (radar, lidar, radiometry, satellites) -radiometry

Since September 2009 I am working at the Leibniz Institute for Atmospheric Physics e.V.. My main fields of expertise are related to the following topics: - remote sensing - radar observations of atmospheric dynamics - meteor physics, meteor ablation modelling - statistical inverse theory (related to atmospheric remote sensing) - scattering theory - meteoric plasmas - data analysis global GCM and time series analysis of various atmospheric sensors (radar, lidar, radiometry, satellites) -radiometry

Kleomenis Tsiganis (b. Larissa, Greece 1974) received his Diploma in Physics (1996) and his PhD (2002) from the Aristotle University of Thessaloniki (AUTh), under an “IKY” fellowship. He worked as post-doctoral researcher (Marie Curie Fellow) at the Observatoire de Nice (CNRS, France) and as visiting researcher at the Southwest Research Institute (USA). In 2006 he was appointed Lecturer at AUTh, where he now serves as Associate Professor. He is a member of the Hellenic Astronomical Society (elected twice in GC) and the International Astronomical Union (IAU). His main research interests are planetary science, celestial mechanics and dynamical astronomy. His work focuses mainly on the formation and evolution of the solar system, the chaotic dynamics and physical evolution of asteroids, and the dynamics of satellites and space debris. He has co-authored >100 scientific publications (with >5000 citations) and participated in >30 international conferences. He is regular reviewer for major scientific journals and funding agencies. He has lectured for ESA’s Astronauts basic training program (2016) and participated in the definition of Europe’s Road-Map for Astrobiology research (ESF’s Experts Panel member, 2016). He has received several distinctions for his work, including the renaming of an asteroid to “(21775) Tsiganis” by the IAU (2008), the “George Foteinou Prize” by the Academy of Athens (2013) and the international “Paollo Farinella Prize” by the European Planetary Science Congress (2016).

Kleomenis Tsiganis (b. Larissa, Greece 1974) received his Diploma in Physics (1996) and his PhD (2002) from the Aristotle University of Thessaloniki (AUTh), under an “IKY” fellowship. He worked as post-doctoral researcher (Marie Curie Fellow) at the Observatoire de Nice (CNRS, France) and as visiting researcher at the Southwest Research Institute (USA). In 2006 he was appointed Lecturer at AUTh, where he now serves as Associate Professor. He is a member of the Hellenic Astronomical Society (elected twice in GC) and the International Astronomical Union (IAU). His main research interests are planetary science, celestial mechanics and dynamical astronomy. His work focuses mainly on the formation and evolution of the solar system, the chaotic dynamics and physical evolution of asteroids, and the dynamics of satellites and space debris. He has co-authored >100 scientific publications (with >5000 citations) and participated in >30 international conferences. He is regular reviewer for major scientific journals and funding agencies. He has lectured for ESA’s Astronauts basic training program (2016) and participated in the definition of Europe’s Road-Map for Astrobiology research (ESF’s Experts Panel member, 2016). He has received several distinctions for his work, including the renaming of an asteroid to “(21775) Tsiganis” by the IAU (2008), the “George Foteinou Prize” by the Academy of Athens (2013) and the international “Paollo Farinella Prize” by the European Planetary Science Congress (2016).

+30 2310 998963

2004 - 2009: German Diploma in Mathematics at Otto-von-Guericke University Magdeburg 2010 - 2014: PhD in Atmospheric physics at Leibniz Institute of Atmospheric Physics in Kühlungsborn (Vertical coupling of the middle atmosphere by planetary Rossby waves using local measurements, global observations and assimilated model data) 2014 - 2018: Postdoc at Leibniz Institute of Atmospheric Physics in Kühlungsborn 2018 - 2020: Postdoc at Potsdam Institute for Climate Impact Research 2020 - today: Senior Researcher at DLR Institute for Solar-Terrestrial Physics

2004 - 2009: German Diploma in Mathematics at Otto-von-Guericke University Magdeburg 2010 - 2014: PhD in Atmospheric physics at Leibniz Institute of Atmospheric Physics in Kühlungsborn (Vertical coupling of the middle atmosphere by planetary Rossby waves using local measurements, global observations and assimilated model data) 2014 - 2018: Postdoc at Leibniz Institute of Atmospheric Physics in Kühlungsborn 2018 - 2020: Postdoc at Potsdam Institute for Climate Impact Research 2020 - today: Senior Researcher at DLR Institute for Solar-Terrestrial Physics