Dr. William J. Muldoon is Executive Vice President of the International Space University (ISU), where he advances the university’s mission of preparing leaders for the global space sector. He brings more than 17 years of experience in aerospace and higher education leadership, having directed international campus operations, cultivated industry partnerships, and managed professional education programmes that serve governments, aerospace corporations, and research institutions worldwide. His career includes overseeing large, globally dispersed teams and expanding educational access through more than one hundred international teaching locations, with a strong focus on digital transformation, accreditation, and workforce development in aerospace contexts. His recent research explores how artificial intelligence is reshaping aerospace education, training, and professional skill development. A Fellow of the Royal Aeronautical Society and the Royal Society of Arts, Dr. Muldoon regularly contributes to international dialogue on the future of aerospace and space education at the intersection of academia, technology, and industry.

After joining the French Air Force, MA presented himself as a free candidate for the IETA exam, and joined the “Corps des Ingénieurs des Études et Techniques d'Armement”, Aeronautics branch. He has a total of 700 hours of flight experience (including 400 hours as a pilot in chief) as a 1st degree Technical Corps pilot (he has flown on various machines: single engine, sailplane, helicopter, twin engine (C310)). Held various positions at DGA/Paris: STTAe, Hélicoptères du Futur and CEV Brétigny. Then, on detached service at the Ministry of Industry: correspondent for the Quai d'Orsay for East-West technology transfers, representative on the COCOM (Coordinating Committee); participated, on the technical side, in the nuclear forces security group; supervised the INPI/Paris (patent) and ONERA (helicopter/DGA). After his return to the DGA at the Centre d'Essais des Landes de Biscarrosse, he retired. He teaches mathematics and physics in private lessons (3rd to Bac+1); scientific journalist at the Dépêche du Midi (Toulouse), and can finally focuson the development of concepts that "obsessed" him. He registered numerous patents, including one on the Thermoreactor (a breakthrough propellant) granted by the USA, Japan and France.

Ms. Magdalena Filcek is a PhD researcher in Safety Engineering at the Military University of Land Forces, an interior architect, neuroarchitecture and sleep specialist, inventor, and visionary. An honorary NASA employee and hot air balloon pilot, she has developed several patented innovations, including the Vinci Power Nap® system, an award-winning technology for stress reduction, energy recovery, and sleep improvement- allowing for supporting professionals, travelers, and astronauts worldwide. Her pioneering work, blending science, art, and design, has been recognized with numerous international recommendations and presented at leading global forums including the UN COP24, UNOOSA, and NASA JPL.

Professor Zhaosen Liu received Ph.D degree in solid state physics from TU-Dresden, Germany, in 1999. Before 2007, he proposed a few quantum approaches to investigate the roles played by the crystal-field levels and RKKY interactions, and to estimate magnetic transition temperatures of rare-earth materials. In 2008, he built a two-sublattice model to describe antiferromagnetic rare-earth systems, which solved a serious difficulty faced by many experimental physicists.

Friedhelm M. Jöge is a researcher with a background in chemistry, mathematics, and chemical engineering. He worked in scientific laboratories and in development roles within the chemical and pharmaceutical industries, focusing on biochemistry and macromolecular chemistry. His research interests include the intersection of physics, chemistry, biology, and the dialogue between science and faith, with a particular focus on the concept of information. He has published key works on quantum gravity, dark energy, dark matter, and the relationship between time, energy, and information. Beyond science, he enjoys music and chess, and is married with one daughter and three grandchildren.

Dr. McAndrew is an internationally recognised researcher and academic. He has over 100 peer reviewed conference and journal publications and in additionally has many international conferences all over the world. He has been heavily involved in research and supervising PhD students and has 192 successful PhD syudents.

After joining the French Air Force, MA presented himself as a free candidate for the IETA exam, and joined the “Corps des Ingénieurs des Études et Techniques d'Armement”, Aeronautics branch. He has a total of 700 hours of flight experience (including 400 hours as a pilot in chief) as a 1st degree Technical Corps pilot (he has flown on various machines: single engine, sailplane, helicopter, twin engine (C310)). Held various positions at DGA/Paris: STTAe, Hélicoptères du Futur and CEV Brétigny. Then, on detached service at the Ministry of Industry: correspondent for the Quai d'Orsay for East-West technology transfers, representative on the COCOM (Coordinating Committee); participated, on the technical side, in the nuclear forces security group; supervised the INPI/Paris (patent) and ONERA (helicopter/DGA). After his return to the DGA at the Centre d'Essais des Landes de Biscarrosse, he retired. He teaches mathematics and physics in private lessons (3rd to Bac+1); scientific journalist at the Dépêche du Midi (Toulouse), and can finally focuson the development of concepts that "obsessed" him. He registered numerous patents, including one on the Thermoreactor (a breakthrough propellant) granted by the USA, Japan and France.

Lucas Marchesini, CEO/CTO, Co-Founder of Manta Aircraft, with a master degree in Aeronautical Engineering, from the Polytechnic of Milan, and an MBA from SDA Bocconi, Lucas has been involved in the aeronautical world since a kid, then professionally and as a competition sailplane pilot. The first light aircraft he designed was built before he graduated at the university. His background ranges from airplane manufacturing companies, where he dealt with platform design, aerodynamics, flight mechanics and simulation, to top level motorsport (Formula 1, Indy Racing, Moto GP), electronics, scientific software and several other hi-tech fields, like medical devices, block chain and food-agri-tech. In the past years he has focused on the Advanced Air Mobility (AAM), offering a wide spectrum analysis of the sector, ranging from technical to commercial, operational and regulatory aspects, becoming one of the worldwide advocates of a mature AAM deployment. He has accumulated a wide cross-industry experience in the forefront of technology that allows him to push the technology boundaries, exploiting synergies and cross-fertilization among different sectors. Along his career he has been co-founder in several start ups and has gained a valuable contacts network in several business sectors. His biggest passion are always the aircraft and imagining, assembling and leading projects that bring a real break through.

Dr. William J. Muldoon is Executive Vice President of the International Space University (ISU), where he advances the university’s mission of preparing leaders for the global space sector. He brings more than 17 years of experience in aerospace and higher education leadership, having directed international campus operations, cultivated industry partnerships, and managed professional education programmes that serve governments, aerospace corporations, and research institutions worldwide. His career includes overseeing large, globally dispersed teams and expanding educational access through more than one hundred international teaching locations, with a strong focus on digital transformation, accreditation, and workforce development in aerospace contexts. His recent research explores how artificial intelligence is reshaping aerospace education, training, and professional skill development. A Fellow of the Royal Aeronautical Society and the Royal Society of Arts, Dr. Muldoon regularly contributes to international dialogue on the future of aerospace and space education at the intersection of academia, technology, and industry.

Dr. McAndrew is an internationally recognised researcher and academic. He has over 100 peer reviewed conference and journal publications and in additionally has many international conferences all over the world. He has been heavily involved in research and supervising PhD students and has 192 successful PhD syudents.

Dr. Wilderich Heising is a Partner and Director at the Boston Consulting Group (BCG). He is a core member of BCG's Innovation Center for Operations and very active in BCG's Health Care, Industrial Goods and Consumer Products practice areas. His focus at BCG is on advanced manufacturing and supply chain topics such as additive manufacturing, 3D printing, digitalization, the factory of the future, Industry 4.0, supply chain of the future as well as on manufacturing and distribution strategy and network optimization. He leads the additive manufacturing topic for BCG globally. He holds a Ph.D. in engineering from the Technical University of Berlin.

Dr. Pietro Giuseppe Perlo is co-founder and President of Interactive Fully Electrical Vehicles (I-FEVS, Turin, Italy), a company recognized by the European Commission as a multi “Key Innovator” for its contributions to sustainable mobility and advanced manufacturing. He previously spent three decade sat Centro Ricerche Fiat (CRF), where he serve das Senior Director and Senior Scientist, leading R&D on electric mobility, smart systems and vehicle architectures. Trained as a physicist (General Physics, University of Torino), Dr. Perlo also served for 15 years as a contract professor at the Institute of Physics of the University of Torino. He has complemented his scientific background with executive programs in Artificial Intelligence and Blockchain Technologies at MIT Sloan School of Management. His work spans electric vehicles, distributed propulsion, neuromorphic “edge AI” control and low-investment micro factory concepts for next-generation mobility systems. Dr. Perlo has been a member of the European Commission H2020 Advisory Board on “Smart, Green and Integrated Transport” and chaired the automotive working group of the EPOSS European Technology Platform on smart systems integration. He is inventor or co-inventor of over 160 patents and author of more than 180 scientific publications, and is a frequent invited speaker at major international conferences on electromobility, smart systems and advanced propulsion.

Dr. Elizabeth (Scout) Blum is a professor of history at Troy University in Alabama, USA. Dr. Blum’s research focuses on environmental history, particularly the intersections of race, gender, and age in environmental activism. Her first book, Love Canal Revisited (UP Kansas, 2010), focused on activism at Love Canal and her current project focuses on the historical precedents to today’s youth climate activism. Since 2017, she has been an active member of the Environmental Data and Governance Initiative (EDGI). As a part of that work, she has been coordinating interviewing efforts with federal employees, especially those involved in climate science at NASA and other governmental agencies, to track and determine the effects of current American policy on climate and space science. In addition to her historical work, Dr. Blum is also a tabletop game designer and publisher. Her recent board game, Rising Waters (Central Michigan UP, 2023), is an award-winning game about the 1927 Mississippi flood. She also heads Mockingbird Games, a 501(c)(3) game publishing company dedicated to educational tabletop games.

David Barnhart is currently CEO and Co-Founder of Arkisys Inc, and a Research Professor in the Department of Astronautical Engineering at the University of Southern California (USC), and Director/Co-Founder of the USC Space Engineering Research Center (SERC). At Arkisys he is leading a team to break through to true sustainable commercial operations in Space with a unique scale-able services based platforms called Port Modules. These Port’s provide operational realization for commercial companies to innovate and optimize their businesses in space instead of on the ground, changing the Space domain from a throwaway economy to one that can organically grow after launch.

Jean-François Geneste has spent all his career in the fields of aerospace and defense. He has held the position of VP Chief scientist at Airbus Group for 10 years, has been a professor at the Skolkovo Institute of Science and Technology in Moscow and now is the CEO of WARPA since 2018

Robert Olszewski's research interests include geographic information modeling - information extraction and spatial knowledge acquisition using artificial intelligence methods, as well as the topics of Mars terraformation, astrobiology, spatio-temporal pandemic modeling, smart city, generalization of the geographic information, spatial statistics, gamification and social (geo)geo participation. He collaborates scientifically with NASA Ames Research Center and many universities in Poland and around the world. His dozen years of scientific work have resulted in the publication of several monographs, 150+ articles and managing multiple research grants. Since 2015, he has been the Head of the Department of Cartography.

Dr. H. C. (Helen M.C.) Yee is a Senior Staff Scientist at NASA Ames Research Center, where she has conducted pioneering research for over 40 years in computational physics, computational fluid dynamics (CFD), hypersonics, and nonlinear dynamics. She earned her Ph.D. in Nonlinear Dynamics (Applied Mechanics), with a minor in Applied Mathematics, from the University of California, Berkeley. Dr. Yee is internationally recognized for her contributions to high-resolution shock-capturing algorithms, low-dissipative high-order numerical methods, and the development of the foundational field “Dynamics of Numerics for Computational Physics.” Her work has significantly advanced the understanding of numerical predictability, reliability, and uncertainty in simulations of complex nonlinear, hypersonic, and nonequilibrium flows.

Prof. Bernard H. Foing, president Space Renaissance International, executive director of ILEWG, CEO LUNEX EuroSpaceHub and EuroMoonMars Earth Space Innovation, Qomosys Chief Scientist. ERA chair at Riga Latvia, guest Prof at Leiden observatory, ISU, IPSA and formerly EPFL, VU Amsterdam . Member IAF committees (IPC, space exploration, astronomy, space habitats, traffic management, ITACCUS former chair), founder of ArtMoonMars and MoonGallery. Full member International Academy of Astronautics since 2010, vice-chair COSPAR planetary and PEX Panel on Exploration Panel, co-director IMA International Moonbase Alliance, founder Moon Village & MVA, EGU space instrumentation officer. Former ESA Chief Scientist, senior advisor to DG, chair of ESTEC staff association committee (2012-2017) & SMART-1 Lead scientist. Co-Investigator of SOHO, XMM, BIOPAN, SMART-1, Mars Express, COROT, ISS/Expose, BIOMEX, ExoMars. Publications : 980 articles, including 240 refereed papers. Edited 10 Books. Academics : Habilitation 1990. He has been working at CNRS, and as post-doc astronomer ESO European Southern Observatory Chile, PhD astrophysics & space techniques (CNRS, Lockheed, SacPeak, Boulder, Harvard), Prof agrégé Physics, Ecole Normale Supérieure ENSET Paris-Saclay.

Grant Blaisdell is the CEO and co-founder of Copernic Space, the platform creating the financial and commercial railways for the new space economy. Copernic Space uses blockchain and tokenization to turn space into a liquid asset class and to power sales and financing for rockets, lunar payloads, in-orbit computation, satellite assets, and future space infrastructure. The company is defining how real space assets are accessed, funded, and owned. Grant has spent more than a decade building companies at the intersection of blockchain, data, and real-world industries. He previously founded Coinfirm, the blockchain analytics and AML platform used by major financial institutions and governments. He grew it from inception into a global category leader that was later successfully exited. He also brings broader entrepreneurial experience as a partner and shareholder in Big Idea and as co-creator of TIXY, a next-generation ticketing platform. Grant’s mission in space is rooted in a three-generation legacy. His grandfather, Tadeusz Gajewski, built the original Polish space program that enabled Poland to send its first astronaut into orbit and was later recognized by NASA. Today, Grant advances that legacy through Copernic Space and through his role as President of the Lady Rocket Foundation, which has launched global space education programs around the world.

Miguel Arias-Estrada is the Founder & CEO of Vulcanis, a space-tech startup developing an early-stage multi-sensor payload for lunar exploration and resource mapping, currently seeking partnerships to validate its technology. He holds a Ph.D. in Computer Vision from Université Laval (Canada) and has over 25 years of experience in advanced imaging systems, edge-AI, and reconfigurable architectures. Miguel previously founded Prefixa, a successful 3D/AI tech company, and has led multiple R&D collaborations across academia and industry. His work spans computer vision, space technologies, and on-sensor intelligence for robotics and exploration systems.

I received my Ph.D. in Physics from the University of Pisa, Italy, in 2008. I serve as Editor-in-Chief of the Journal of High Energy Physics, Gravitation and Cosmology and Theoretical Physics, and as an Editorial Board Member of eight other international journals. I hold the Habilitation as Professor of Astrophysics and Theoretical Physics from MIUR (Italy) and have served as Professor of Theoretical Physics at Istanbul University. Currently, I am a Visiting Professor at SUNY Polytechnic Institute (USA), the International Institute for Applicable Mathematics and Information Sciences (India), and Christ University (India). I am an Associate Fellow at the Research Institute for Astronomy and Astrophysics of Maragha (Iran) and have authored/co-authored 150+ peer-reviewed publications in theoretical physics, astrophysics, cosmology, and applied mathematics. My work has earned multiple honors, including five Honorable Mention Awards from the Gravity Research Foundation (2009–2025), the FQXi Essay Contest Community Prize (2013), and distinctions from Nagpur University and the European Society of Computational Methods in Sciences, Engineering and Technology.

Dr. Andrew Beckwith (born December 15, 1954, USA) is a distinguished physicist and mathematician with extensive contributions to cosmology, gravitation, and theoretical physics. He holds dual B.A. degrees in Physics and Mathematics from the University of California, Santa Cruz (1978), an M.S. in Applied Mathematics from the University of Arizona (1991), and a Ph.D. in Physics from the University of Houston (2001). Currently serving as a Visiting Professor at Chongqing University, China, and Editor at the Journal of High Energy Physics, Gravitation and Cosmology (JHEPGC), Dr. Beckwith’s research focuses on torsion and black hole physics, cosmological constant derivations, and multiverse generalizations of the Penrose Conformal Cyclic Cosmology (CCC) hypothesis. His pioneering work integrates quantum mechanics, gravitation, and cosmology, offering novel insights into dark energy, primordial black holes, and the early universe.

Dr. Albert Tan Lie Sing is a mathematical physicist, STEAM innovator, and AI–robotics researcher whose work spans quantum systems, autonomous learning, and space-focused technological design. His research includes AI-driven humanoid robotics for planetary exploration, AI assistants for remote astronomy, and interdisciplinary STEAM frameworks that integrate physics with real-world engineering. As Chief Scientific and Technology Officer of HERO Science and Technology, he develops systems that bridge theory and application across robotics, astrophysics, and educational innovation. His projects have supported international collaborations across Asia, Europe, and the United States, advancing space science literacy and the future talent pipeline for aerospace exploration.

John Caruso Ph.D. is a full-time tenured professor within The Department of Health & Sport Sciences at The University of Louisville. His interest in spaceflight-related research began as a National Research Council Post-Doctoral Research Fellow at The Johnson Space Center’s Exercise Countermeasures Laboratory. He conducts research on a wide variety of topics related to human health and performance, but two which he has focused on since coming to Louisville include amelio ration of exercise-induced body heat accrual, and potential in-flight exercise strategies and hardware to mitigate musculoskeletal deficits incurred from manned space travel.

Juha-Pekka Luntama is the Head of the Space Weather Office in European Space Agency (ESA). He graduated from Helsinki University of Technology in 1991 and continued working in the University as a lecturer and leader of the small satellite technology research group until 1997, when he was awarded a EUMETSAT Research Fellow position in the UK Meteorological Office. In 1998 Jussi Luntama was appointed as the Mission Scientist for the GRAS radio occultation instrument onboard the Metop meteorological satellite series in EUMETSAT HQ in Germany. In 2005 he moved from EUMETSAT to Finnish Meteorological Institute to lead the research on space weather impacts on GNSS applications. Jussi Luntama joined ESA in 2009 when he was selected as the manager of the Space Weather Segment in ESA’s new Space Situational Awareness Programme, the predecessor of the Space Safety Programme that is in progress now.

Ms. Magdalena Filcek is a student PhD in safety engineering in Safety Engineering at the Military University of Land Forces, an interior architect, neuroarchitecture and sleep specialist, inventor, and visionary. An honorary NASA employee and hot air balloon pilot, she has developed several patented innovations, including the Vinci Power Nap® system, an award-winning technology for stress reduction, energy recovery, and sleep improvement—supporting professionals, travelers, and astronauts worldwide. Her pioneering work, blending science, art, and design, has been recognized with numerous international awards and presented at leading global forums including the UN, COP24, UNOOSA, and NASA JPL.

Helena Cristina Vasconcelos obtained her Ph.D. in Materials Engineering in 1999 at the Instituto Superior Técnico (Lisbon), Portugal, following a 5-year degree in Physics and Materials Engineering completed in 1990. She has been a Professor of Physics at the University of the Azores since 2000, where she currently holds the position of Associate Professor at the Faculty of Science and Technology. As a research member of LIBPhys (Laboratory for Instrumentation, Biomedical Engineering, and Radiation Physics), FCT-NOVA, Nova University of Lisbon, her work centers on the development and characterization of oxide thin films produced by DC reactive sputtering, complemented by extensive experience in sol-gel methodologies for the fabrication of both bulk glasses and thin films. She has a solid background in optical glass materials and photonics, with a particular focus on the spectroscopic behavior of rare-earth-doped glasses. Her research explores luminescence phenomena and energy transfer mechanisms, aiming to optimize materials for advanced photonic and optoelectronic applications.

Lori D. Coombs works full-time supporting the DoD and part-time as an Associate Professor of the MISM program at the University of Arizona Global Campus, supporting info systems, environmental science and advanced air mobility disciplines that address the cross-cutting integration of entrepreneurship, cybersecurity, and infrastructures across the airspace ecosystem. Lori’s lab seeks to understand interactions between solar energetic particles (SEPs), the heliosphere, atmosphere, ionosphere, and magnetosphere that underlay space weather, the impacts of climate change, and planetary alignment associated with space travel. The research employs physics-based modeling, optical remote sensing, and satellite observations that apply data science and artificial intelligence to distributed observations of the geospatial environment that consider cybersecurity by protecting space, aviation and communications infrastructure.

Fabio Caramelli is the Space Rider Programme Payload and Exploitation Manager at European Space Agency, based in ESA ESRIN site in Frascati (Rome). Fabio core technical knowledge is satellite and launcher propulsion; he worked initially both at industry and at the Agency as propulsion engineer in the early years of his career and subsequently as propulsion manager in major projects, the latter role on ATV (Automated Transport Vehicle) and Vega launcher upper stage. In more recent years, he joined the Vega system management team. In charge of the Vega Verta Programme missions preparation, he accompanied industry from project qualification to full commercialization of the launcher. In this context, Fabio conceived, initiated, and managed until flight the SSMS (Small Satellite Mission Service) Project, to launch with Vega the first European ride-share mission, successfully delivering in Low Earth Orbit 53 Small Satellites on September 2nd, 2020. That mission paved the way of the currently ongoing commercialization of the SSMS service on Vega and Vega C launchers. His role in Space Rider Programme is to deliver in orbit customer payloads andprovidethem an end-to-end service including in-orbit operations, reentry and retrieval, coupled with the challenge to prepare the commercial future of the project, preparing European industry to meet the growing in-orbit R&D and in-space manufacturing market.

Sirio Zolea is Associate Professor of Private Comparative Law (having received the Italian national qualification as Full Professor) at the Law Department of Roma Tre University, where he teaches Space Policies and the Law and European and Comparative Data Law. His research is focused on law and technology. He has published in 2025 the monograph "Comparative Space Law" (Brill).

Dr. Rami Ayoob is the Chief Executive Officer and Founder of Spark Information Technology, bringing over 20 years of executive leadership in digital transformation, IT governance, and strategic business innovation. He has successfully led large-scale technology implementations, driving enterprise growth through visionary planning and data-driven decision-making. His expertise spans developing strategic business roadmaps, enabling robust digital transformation, and optimizing technology investments to deliver measurable value. In addition to his corporate leadership, Dr. Ayoob is the Founder of Astro Tech Hub, an initiative dedicated to advancing space research and innovation. His work focuses on designing experiments, developing theoretical models, and exploring technologies that bridge space advancements with life-enhancing applications on Earth.

Vladimir Pastushenko, Alexandrovich 1951 year of birth, Graduated from Lvov National University. Specialty - lecturer in physics and mathematics. Now a pensioner, Ukraine/Dnieper.

Michele Marino is a graduate in Economics from the University of Warwick and holds a Master’s degree in Space Science and Engineering from University College London. At UCL, his research explored the intersection of economics and space, with a thesis focused on OPUS, an integrated assessment model that simulates economic incentives and satellite populations within the evolving debris environment of low Earth orbit. The model is designed to support regulators in evaluating the long-term impact of space policy on orbital sustainability. Following his Master’s, Michele was selected to join the ESA Academy Space Debris and later became a Trainee at the European Union Agency for the Space Programme (EUSPA), working in the Market Downstream and Innovation Unit to foster the development of space-based applications through programmes such as Horizon Europe, Fundamental Elements, and other EUSPA funding instruments.

Caroline holds a Master’s in Physics from the University of Brussels (ULB), a Master’s in Aerospace Engineering from the University of Liège, and is an alumna of the International Space University. As COO, she leads a multicultural team and oversees operations, strategy, and public relations for neXat. Caroline De Vos brings over 20 years of experience in the aerospace and satellite communications industry. She is the Co-Founder and Chief Operations Officer of neXat (formerly SatADSL), a global satellite service platform known as the “Network of Networks.” Throughout her career, Caroline has held key roles including system engineer trainee at the European Space Agency, project manager at Space Applications Services, and operations manager at Space Checker. She also served as a Strategic Business Consultant at Sea & Space Exploration, focusing on market studies in satellite communications.

Letizia Caito is a Technologist at the Italian National Institute for Astrophysics (INAF), Scientific Directorate, specializing in project management and coordination of large-scale research and technological innovation infrastructures. She currently serves as Project Manager for the High Resolution Multi-Object Spectrograph (HR-MOS) and as Project Controller for the national Special Space Research Program (PRORIS) aimed at the search for Rare Earth Elements (REEs) on the Moon. Previously, she was Project Manager within the Square Kilometre Array (SKA) – Low-Frequency Aperture Array (LFAA) project, over seeing coordination between international partners and industry for the production and integration of advanced antenna systems for the INAF team. Since 2023 to the end of 2024, she has coordinated the Tiger Team in the INAF Program Office for Italy’s National Recovery and Resilience Plan (PNRR), focusing on monitoring, control, and strategic alignment of major research-to-business initiatives. Letizia holds a Ph.D. in Relativistic Astrophysics and a Master’s in Space Policy and Institutions. She has extensive experience in European and international projects, having worked with the European Space Agency (ESA), Italian Space Agency (ASI), and the European Space Policy Institute (ESPI), where she contributed to policy, technology transfer, and innovation management. She has co-authored around eighty scientific publications and numerous technical reports. Since March 2024, she has been affiliated with the National Center for HPC, Big Data and Quantum Computing (ICSC), where she collaborates on activities for Fundamental Research and Space Economy(Spoke 2).She is a member of the International Astronomical Union (IAU) and has been member of the ESA European Centre for Space Economy and Commerce (ECSECO).

Sadiq Ali Mir is an Aerospace Engineer and Astronaut Candidate at Titans Space Industries (Class of 2024–2029). He is the Founder & CEO of Spica Space Academy, a research institute driving advancements in human spaceflight and workforce development for India. A specialist in launch systems and aerial mobility, Sadiq is the former CTO of Spica Launch Corporation (focusing on RLVs) and the Co-Founder and Advisor for Team AeroAstro at RV College of Engineering.

Francesco Renzulli Aerospace Engineering Student & CTO at Space Frontier, An Aerospace Engineering student at the University of Naples Federico II, Francesco combines academic research with entrepreneurial experience in the space sector. Starting from amateur rocketry and 3D-printed motor manufacturing, he co-founded Space Frontier after obtaining his Bachelor's degree. As CTO, he leads research on new bioplastics for hybrid rocket motors and satellite propulsion. He further expanded this research by participating in Project Ad Astra at the School of Aerospace Engineering (Sapienza University of Rome), investigating bioplastics for air-breathing engines in supersonic and hypersonic regimes. Interests: Sailing, contemporary history, and politics.

Mina is an Egyptian-born Anaesthesiology resident from the UK with a background in emergency medicine, intensive care and expedition medicine. He has worked in extreme environments across the globe from the jungles of Borneo & Costa Rica to the high-altitude peaks of Kilimanjaro and Kinabalu, not to mention the Saharan desert in Morocco and the African savannahs of Sierra Leone and Liberia. He recently completed a 2-year secondment with the Royal Flying Doctors Service (RFDS) for South Eastern Australia where he worked as an aeromedical retrieval doctor as well as providing telehealth medical support to some of the most rural and remote communities in the outback. A fellow in Expedition and Wilderness Medicine (FEWM) and holder of the Diploma for Delivery of Medical Care in Conflicts and Catastrophes (DMCC) he has a keen interest in medical care in austere environments not least of all Space Medicine.

Ali Kaveh is a distinguished professor of structural engineering at Iran University of Science and Technology. He was born in (1948) in the city Tabriz of Iran and completed his school in this city. He obtained his BSc (1968) from Tabriz University, MSc (1969) and PhD (1974) from Imperial College, London, and DTech Bauwesen (1993) from TU-Wien. Since then, he has been teaching at IUST, TU-Wien, and other universities in Iran. His honors include the Memorable Scientist of Iran and Gold Medal of Education and many awards. He is a fellow of the Iranian Academy of Sciences, fellow of the European Academy of Sciences and Arts, fellow of the World Academy of Sciences, Fellow of the International Core Academy of Sciences and Humanities, and member of 8 scientific societies, founder and editor of more than 5 scientific journals and advisory member of many journals and conferences. He has published 750 scientific journal papers, 160 conference papers, 23 books in Farsi and 18 books in English, the latest being 'Optimal Analysis of Structures by Concepts of Symmetry and Regularity', 2013, Applications of Metaheuristic Algorithms in Civil Engineering', Springer, 2017' and Advances in Metaheuristic Algorithms for Optimal Design of Structures, 3rd ed. 2021. Professor Kaveh has been the supervisor of more than 180 MSc students and 58 PhD students. Professor Kaveh has developed “Optimal Analysis” and many well known metaheuristic algorithms like CSS, MCSS, RO, DEO, CBO, ECBO, WEO, WSO, (15 cases) for optimal design of structures. His early contributions were focused on Symmetry, the force method of structural analysis and many applications of graph theory in structural engineering.

Dr. Shokoh Parham is an experienced researcher and educator with expertise in materials chemistry, nanomaterials, biomaterials, polymers, and antimicrobial materials. With over four years of teaching experience and a strong publication record exceeding 1,330 citations, Dr. Shokoh Parham has contributed significantly to both academic and research institutions in Malaysia and Iran. Recognized with multiple awards for research excellence, including Best Paper and Top Cited Article honors from Wiley, Dr. Shokoh Parham excels in leading multidisciplinary teams, mentoring postgraduate students, and fostering collaborative research environments. Their work bridges academic theory with practical applications, advancing innovation in materials science and industry engagement.

Suhail ibn Shahnawaz is a young physicist, scientist, author, and visionary from Kashmir, recognized for his pioneering work in astrophysics, space exploration, and social thought. He directed the Buraq-1 launch and has received over 150 awards for his contributions. Suhail explores fundamental questions about the universe, including his “God theory of the universe,” and has represented India at international scientific forums. As an author, he has written impactful works on Kashmir, blending scientific insight with advocacy for justice and peace. Beyond research and writing, he founded SIS Universe to inspire youth in astrophysics and space science. Suhail is known for bridging science, literature, and activism, striving to advance human knowledge while promoting social progress.