Professor Dr Maxim G. Ponomarev, CEO, Director, Founder Cambridge Research and Consultancy was born on January 24, 1968. He is famous plasma scientist. In Active Search of Co-Founders, CEO, CFO, CTO, Directors, Further Funding, Projects, Contracts Team and Project/Programme Management, Research and Consultancy in Innovations, Implementations, Quality Management, Business Intelligence Management, Lean Six Sigma, Continuous Improvement tools, Quality Control, Reliability Analysis, Asset Integrity Management, Public Services, Education, International.

Dr. Francisco Bulnes, PhD, PostDocs, Doctor H. C., HonDSc, zbMATH, MathSci PhD in Mathematical Sciences, IM/UNAM. IINAMEI Director, Mathematics Research Centre in Mexico, 2015-Actually. Pioneer in curvature energy theory, formal theory of engineering and mathematical theory of nanotechnology. Editor-in-Chief of Journals of Mathematics, in USA, and India, 2015- Actually. Member of various international committees of science. Reviewer of British journals of mathematics and physics in SCOPUS; Head of Research Department, GI TESCHA. Numerous papers (more than 150) in mathematics and physics research journals, and author of much books of mathematics and physics. Recognised and famous in East Europe, Asia, Arab continents. He has many theories, theorems, math objects with his name. He has received various honors and awards (Doctorates Honoris Causa) by universities and NGO�s, likewise GO�s. He received the Doctor Honoris Causa in Education Philosophy and Peace Ambassador by ODAEE in Frankfurt, Germany. Also is Czech Republic Mathematics Society distinguished member (JCFM). He has two post-doctorates in Cuba and Russia in mathematics. Many international awards and badges (more than 70) as Publons badge, SCOPUS, ZbMath, Thomsom Reuters, MathSci, ORCID, Peace Ambassador and others. His biography appear and has been published in many books of the United Kingdom, India, China, Russia, Ukraine, USA, Spain and Mexico. He has received various tributes from publishing houses in United Kingdom and others. Also he has advanced research in electronics, micro-electronics, nanomedicine and spintronics. www.iinamei.com.mx

Dr. Carlo Viberti-Graduated with honors at the age of 24 as a Doctor in Aeronautical Engineering at the University Polytecnico Torino (Italy) in 2010. After graduating as Aeronautical Engineer at Polytecnico Torino, he worked in an Italian aerospace industry for the accommodation of scientific payloads on the Space Station Freedom, now ISS (International Space Station). In 1989, he was selected by the European Space Agency (ESA) for the position of Lead Engineer at the ESA Astronaut Activities Office in the Netherlands. Dr. Carlo Viberti was proposed by the President of the Italian Space Agency as the first sub-orbital astronaut-engineer for sub-orbital research flights. In 2005, Carlo became the first non-U.S. citizen authorized to fly from the NASA Space Shuttle L.F. at the Kennedy Space Center (Cape Canaveral-Florida) for the first NASA Microgravity Pathfinder Flights. Carlo is also the founding member of Space Land, the world’s first private 0-G research agency.

Prof. Dr. Andreas Malcherek graduated and defended her PhD thesis at Hannover University, Germany. His postdoctoral studies were dedicated to Fluid Mechanics and Hydrodynamics. He is now Full Professor at the University of the German Armed Forces Munich. He is author of about a hundred research papers, conference proceedings and three books. His main research subject is Gravity electromagnetism and it's applications.

1) Development of polymers with reinforcement for use in ISS orbit.
2) Smart polymers to use as active shielding in electronic systems for open space applications.
3) High temperature performance polymers for use in static random access memory, volatile memory, 7nmchip, Sinano-dots, digital virus, nano-antenna, high speed digital transmission, machine codes, machine language, terra forming, on chip GHz antenna, energy harvesting, smart vehicles, quantum dots, quantum antennas and quantum confinement applications at aggressive ionizing radiation environment.

Yew Kee WONG(Eric) is a Professor, Associate Vice-President, and Registrar at Hong Kong Chu Hai College. He has previously served as a Professor at BASIS, Jiangxi Normal University, and Huanghuai University. He holds a BSc (Hons) degree in Computing Systems and a PhD in AI from Nottingham Trent University (NTU), UK. Between 2001 and 2016, he was the Senior Programme Director at The University of Hong Kong (HKU-SPACE). He currently serves as a Research Supervisor for PhD/Master students at the Southern Institute of Technology (New Zealand). His research interests include AI, Quantum Computing, Web3 Technology, and Big Data Analytics. Throughout his career as a researcher, he has worked with various programming languages, including Python, Rust, R, Java, JavaScript, C++, PHP and SQL. Prior to moving into the field of education, Prof. WONG (Eric) worked as an AI consultant at Hewlett-Packard (HP) and Unisys. He has served on more than 1,500 top-tier International Conference Chairs, Scientific/Publicity Chairs and Program/Technical Committees. Since2016, he has actively participated in 16 International Journals as Editor-in-Chief, Associate Editor, and Member of the Journal Editorial Board Committee. He is currently a Fellow, Professional and Individual member of 12 Internationally renowned Professional Organizations (IEEE, ACM, AAAI, IIBA, ISACA, AIP, BCS, IOA, ACL, CAIAC, AAIA and ICAIL). During his career, he has held the titles of Honorary Professor, Distinguished Professor, Adjunct Professor, Visiting Professor and Honorary Research Fellow at 14 different universities and institutions. From 1996 to present, he has published more than 180 peer-reviewed articles & research papers in top-tier academic journals, conference proceedings, and online R&D outlets. Many of his research papers have appeared in world-renowned journals such as Scientific Reports, Springer Nature and IEEE. He has supervised/co-supervised over 80 PhD/Master students.

Professor Peter Handel, University of Missouri-St. Louis
Peter H. Handel studied general relativity from Hermann Weyl's book. He received his MS degrees in atomic (nuclear) and theoretical physics in 1959and his PhD in solid-state theory in 1965, both from the University of Bucharest. From 1960 to 1967 he was a research scientist at the Institute of Physics of the Romanian Academy. In 1967-69 he was a research scientist at the Max V. Laue-Paul Langevin Institute in Munich, Germany, appointed by Heisenberg. He has been a Professor of Physics at the University of Missouri, St. Louis since 1969, emeritus since 2012. He introduced the turbulence theory of 1/f noise in 1965, the quantum theory of 1/f noise in 1975, the coherent quantum 1/f effect in 1982, defining a fundamental new aspect of quantum mechanics, the time domain infrared divergence effect of 1/f quantum fluctuations in physical cross sections and process rates. Since 1975 Dr. Handel developed the maser-soliton theory of ball lightning. In 1981 he developed a polarization-catastrophe theory of atmospheric electricity. He has also made contributions to solid-state, plasma and electronic noise theory. His simple universal coherent and conventional quantum 1/f effect formulas allow for the ultra-low noise and phase noise close to carrier optimization of most electronic devices, almost all high-technology materials, systems and devices, resonators, clocks, MEMS, particularly useful in nanotechnology. Dr. Handel has been organizer and Chairman of van der Ziel's Quantum 1/f Symposia 1990-2004. He is also a founding member of the Center for Molecular Electronics of the University of Missouri at St. Louis. He was a member of the 2001-2006 Ultra-low Phase Noise MURI at UCSB. Details, awards, are at www.umsl.edu/~handel. Recently he solved the 90 years old "Dark Matter in the universe" problem and the 23 year old Dark Energy puzzle, both with his partner K.E. Splett, P. H. Handel and K. E. Splett, "Calculation of Dark Matter as a feature of Space-Time", Springer Nature journal "Foundations of Physics," 2023, DOI 10.1007/s10701-023-00705-x, Open Access and a companion paper submitted to Nature.

Yihua Yan is Professor at National Space Science Center, Chinese Academy of Sciences, Beijing, China since 2022. He is currently the Chinese Representative to Comm. J of URSI. He was Professor at National Astronomical Observatories, Chinese Academy of Sciences, Beijing, China during 1999 - 2021. He served as President of Division E: Sun & Heliosphere of IAU during 2015-2018. He obtained his Ph.D, Master and Bachelor degrees in 1990, 1985 and 1982 respectively. He has been engaged in studying solar magnetic fields and solar radio astrophysics over the past three decades and published more than 300 publications (ORCID: 0000-0002-7106-6029). In particular, he is interested in coronal magnetic field reconstruction, solar radio bursts and their associations with solar activities and space weather, astronomical methods and instrumentation. He was PI of MUSER (Mingantu Spectral Radioheliograph) and the Chinese IPS Telescope Array with three 140m*40m cylinder antennas and two 30m dish antennas. He first applied the boundary integral equation (BIE) to solar linear force-free field and established new BIE model for finite energy non-linear force-free field. He first obtained the magnetic flux rope reconstructed from observed data. Recently with his colleagues he first established a new formula to describe the phase calibration problem in the aperture synthesis images arising from a calibrator deviation from the phase tracking center.

Qiuhe Peng graduated from the Department of Astronomy at Nanjing University in 1960. He taught at Peking University for 18 years before returning to Nanjing University. His research spans nuclear astrophysics, particle astrophysics, and galactic astronomy. In nuclear astrophysics, Peng’s work focuses on neutron stars (pulsars), supernova explosion mechanisms, thermonuclear reactions in stars, heavy element synthesis, and the origin of interstellar radioactive elements like celestial 26Al. He has published 235 papers. In recent years, his research has integrated astrophysics with particle and condensed matter physics. Some notable papers include: "Error Analysis of Ia Supernova and Query on Cosmic Dark Energy" (2014) "Query on Accelerating Expansion of the Universe by Error Analysis of Ia Supernova" (2016) "Origin of Strong Magnetic Fields of Magnetars" (2016) "A Unified Model of Supernova Driven by Magnetic Monopoles" (2017) "Implications for Discovery of Strong Radial Magnetic Field at the Galactic Center—Challenge to Black Hole Models" (2019) "A Magnetic-Monopole-Based Mechanism to the Formation of the Hot Big Bang Modeled Universe" (2020) "New Insight into the Physical Essence of Pulsar Glitch" (2022) "Neutrino Rocket Jet Model: An Explanation of High-Velocity Pulsars and Their Spin-down Evolution" (2022).

Dipl. Ing. Klara Erika Splett received her ME in Engineering from the German Transportation Technology Institute in Gotha, Saxony, Germany, in 1980. She was a Sr. mining railway engineer, at Welzow and Bitterfeld mines till 1983, railway technology lecturer for railway economics students till 1992, lector of public administration law atVocational College of Saxony-Anhalt in Bitterfeld, Germany till 2004, In 2017-2022 she was Visiting International Scholar in the Department of Physics and Astronomy, St. Louis, USA. She is in the Handel research group till present time. Erika Splett participated in several international conferences and published, in collaboration, papers on quantum 1/f engineering formulas and applications, as a new universal, practical aspect of Quantum Mechanics. The same way she published on the gravidynamic quantum 1/f noise, on the maser-soliton theory of ball lightning and AUPs (UFOs) and on the "Calculation of Dark Matter as a Feature of Space-Time;"DOI 10.1007/s10701-023-00705-x. She presented a paper "Derivation of Dark Matter, the Cosmological Constant and Dark Energy as a Feature of Space-Time" with P. Handel at the 2024 Annual Meeting of the APS.

DR. FRANCISCO BULNES, PhD, PostDocs, Doctor H. C., HonDSc, zbMATH, MathSci PhD in Mathematical Sciences, IM/UNAM. IINAMEI Director, Mathematics Research Centre in Mexico, 2015-Actually. Pioneer in curvature energy theory, formal theory of engineering and mathematical theory of nanotechnology. Editor-in-Chief of Journals of Mathematics, in USA, and India, 2015- Actually. Member of various international committees of science. Reviewer of British journals of mathematics and physics in SCOPUS; Head of Research Department, GITESCHA. Numerous papers (more than 150) in mathematics and physics research journals, and author of much books of mathematics and physics. Recognised and famous in East Europe, Asia, Arab continents. He has many theories, theorems, math objects with his name. He has received various honors and awards (Doctorates Honoris Causa) by universities and NGO’s, likewise GO’s. He received the Doctor Honoris Causa in Education Philosophy and Peace Ambassador by ODAEE in Frankfurt, Germany. Also is Czech Republic Mathematics Society distinguished member (JCFM). He has two post-doctorates in Cuba and Russia in mathematics. Many international awards and badges (more than 70) as Publons badge, SCOPUS, ZbMath, Thomsom Reuters, MathSci, ORCID, Peace Ambassador and others. His biography appear and has been published in many books of the United Kingdom, India, China, Russia, Ukraine, USA, Spain and Mexico. He has received various tributes from publishing houses in United Kingdom and others. Also he has advanced research in electronics, micro-electronics, nanomedicine and spintronics. www.iinamei.com.mx

Doctor in Financial Law with emphasis in financial law from Universidad Sergio Arboleda in Colombia. Cum Laude in her Master's. Specialist in Financial and Commercial Law from Universidad del Rosario. Specialist in Administrative Law from the University of Salamanca-Spain, Master in International Contracts with the Government of the People's Republic of China and Lawyer from the Sergio Arboleda University. Professor of Financial Institutions at Universidad Sergio Arboleda, and of government contracts, commercial law (corporations and contracts) and public finance at Universidad Manuela Beltrán. Entrepreneur and passionate about science and technology with social impact. Founder and Executive Director of the private initiative Colombian Space Agency (AEC https://agenciaespacialdecolombia.org). Vice President of the International Federation of Astronautics (IAF) for Developing Countries and Emerging Communities (https://www.iafastro.org/about/governance/iaf-bureau.html). Counselor of the World Economic Forum for the Future of Space 2023-2025 (https://www.weforum.org/communities/gfc-on-space).

Dr. H.C. Yee is a distinguished scientist and researcher at NASA Ames Research Center, where she has contributed over four decades of innovative work in computational physics, computational fluid dynamics (CFD), and nonlinear dynamics. She earned her Ph.D. in Nonlinear Dynamics (Applied Mechanics) from the University of California, Berkeley, after obtaining an M.S. in Applied Mathematics and a B.S. in Mathematics, both from the University of California. Dr. Yee's research career spans several groundbreaking contributions to the development of advanced numerical methods. In the 1980s and 1990s, she focused on the development of high-resolution shock-capturing methods and low-dissipative, high-order numerical algorithms for simulating high-speed shock, turbulence, and combustion interactions in gas dynamics and magneto hydro dynamics (MHD) systems. This work was particularly important for applications in hypersonic flows, where accurate predictions are critical for the design and performance of aerospace vehicles. Her research extended to the "Dynamics of Numerics for Computational Physics," an area that addresses the interpretation and reliability of complex numerical simulations, particularly in the prediction of flow transitions using Direct Numerical Simulations (DNS). Dr. Yee's pioneering work in integrating nonlinear dynamical systems theory with CFD algorithms helped to develop more reliable and accurate numerical methods for hypersonic and nonequilibrium flow simulations. A key challenge she addressed was the discrepancy between the solution spaces of discrete nonlinear systems and their corresponding continuous systems. By improving the understanding of these nonlinear systems, Dr. Yee created new approaches that minimized spurious solutions introduced by the discretization of the equations governing fluid flow. Her work in this area has led to significant advancements in the predictability and reliability of simulations in complex fluid dynamics. In the last 25 years, Dr. Yee has continued to refine her methods, focusing on the development of well-balanced, subcell-resolution high-order numerical methods that minimize errors in the propagation of discontinuities in stiff reacting flows. This research has also resulted in the creation of high-order entropy-conserving methods. Combination of discrete entropy and momentum conservation, and discrete kinetic preserving methods. These methods have wide applications in aerodynamics, astrophysics, and fluid/plasma dynamics, providing more accurate simulations of phenomena like shock waves and turbulence. In recent years, Dr. Yee has been integrating the quantification of numerical uncertainty via nonlinear dynamical approaches with high-order entropy-split, physical-preserving methods. This integration aims to improve the predictability and reliability of simulations involving turbulence and strong shock waves, particularly in the context of complex fluid and plasma flows. Dr. Yee's scientific contributions have earned her recognition as one of the leading figures in her field. She has published over 250 papers, with more than 9,600 citations and 19,000 reads across multiple academic databases. Her work has garnered numerous awards, including two NASA Space Act Awards and 18 NASA Technical Brief & Spotlight Awards. She has delivered over 200 keynote lectures and invited presentations at international conferences, universities, and research laboratories. Dr. Yee has also been invited to write reference books by Springer Verlag and John Wiley & Sons. Throughout her career, Dr. Yee has been a driving force in advancing numerical methods for complex fluid dynamics simulations, making lasting contributions to aerodynamics, astrophysics, and high-speed flow research. Her work continues to have a profound impact on the accuracy and reliability of computational models used to simulate some of the most challenging fluid dynamics problems.

JiabenLin has long been engaged in the research and development of scientific instruments for solar observation and in the study of electronic technologies and methods related to solar telescopes. He has undertaken several large projects, such as the on - board scientific data acquisition and processing system of the ASOS/FMG payload and the AIMS general control system. Recently, he has focused on the interdisciplinary research of solar observation data analysis and artificial intelligence methods.

Lori D. Coombs works full-time as an Independent Contractor and part-time as an Assoc. Prof. at the Univ of Arizona Global Campus. Lori’s lab seeks to understand interactions between solar energetic particles, space weather, climate change, & planetary alignment associated with space travel. Lori’s previous appointments include managing NASA’s cybersecurity efforts for Earthdata Infrastructure & Earthdata Login missions. For 20+ years, she continues to support industry, academia, Capitol Hill, DoD, and C6ISR programs. Lori is pursuing a Doctor of Science (D.Sc.) in Cybersecurity at Marymount Univ and has been accepted into the Univ of Oxford’s Sustainable Business Programme. She has a MS in Systems Engineering, MBA, and a BS.Lori serves as Chair for the International Conference on AI Research (ICAIR) 2024 Mini Track on AI and Educational Research on “Examining the Future of AI and Human Systems Integration”. Lori has publications, including “Risks of AI Applications Used in Higher Education” in the EJEL and numerous National Initiative for Cybersecurity Education (NICE) topics with the NIST.

• Founder Astreo Tech Hub | Executive Expansion Advisor | Deep-Tech & Sustainability Innovator Besan Dahboor Engel is a serial entrepreneur, executive expansion advisor, and deep-tech strategist dedicated to advancing innovation at the intersection of space research, artificial intelligence, and sustainability. As the Founder Astreo Tech Hub, she drives groundbreaking research on terrestrial applications of AI, data intelligence, and sustainable engineering, unlocking new possibilities for planetary resource management and cutting-edge industry solutions. With expertise in deep technology, sustainable innovation, and venture consulting, Besan specializes in translating frontier research into real-world applications that bridge astrophysics, AI-driven modeling, and sustainability-driven industries. Her work spans AI-powered optimization in astrophysical research, sustainable systems for planetary resilience, and the application of advanced computing to decode cosmic phenomena. Besan collaborates with leading scientists and technologists to explore how AI-driven intelligence and sustainable solutions can transform industries on Earth. Also with her partnering work Astro Tech Hub (advanced research facility focused on exploring the solar system, galaxy, and beyond, conducting studies on black holes, exoplanets, gravitational waves, and extraterrestrial life). She is following her deep interest in exploring cosmic and extraterrestrial life, leveraging deep technology to support space exploration, interplanetary sustainability, and the future of human expansion beyond Earth.

Prof. Dr. Gerhard Grensing, born on October 4, 1943, in Neustrelitz, Germany, is an esteemed theoretical physicist. He studied physics and mathematics at the University of Kiel, where he earned his Licentiate degree in 1970 and completed his doctorate in 1971. After a research position at DESY Hamburg, he habilitated in 1979 and secured a permanent lecturer position in theoretical physics at the University of Kiel in 1980, where he taught until his retirement in 2009. His research spans quantum field theory and non commutative geometry, with notable works including Structural Aspects of Quantum Field Theory (2013) and its expanded 2021 edition. His latest publication, Dark Matter and Torsion (2021), reflects his continued contribution to gravitational theory.

I’m Dr. Rami Ayoob, National of Kingdom of Bahrain. an innovative and result-oriented professional with over 20+ years of executive-level experience, Responsible for all aspects of strategic Technology planning and achievement of Enterprise goals. CEO of Spark Information Technology, a technology focused on developing innovative solutions to tackle modern business challenges. With years of experience in the technology industry, have a proven track record of leading successful projects and teams. As a dynamic and forward-thinking leader, I have embraced the latest technological advancements, such as Artificial Intelligence and Machine Learning, to drive innovation and productivity in my organization. Also the Founder of Astro Tech Hub, to conduct research into various aspects of the universe. This involve designing and carrying out experiments, analyzing data, and publishing research papers, development of theoretical models to explain the behavior of celestial objects and phenomena. This may involve using mathematical equations to simulate different scenarios and predict outcomes. Earned Doctor of Philosophy in Astrophysics from Selinus University in Italy. A Master's Degree in Computer Science major in Information Technology, from City University of New Orleans. Also. A Degree in Electronics Engineering from University of Bahrain. I have a passion in Astrophysics and Astronomy and had published several papers in decent Scientific journals within these domains, and I got significant feedback from several parties such as Professors, Astronomers and Research Centers on the way of how I use my knowledge and experiences in Astrophysics world, to reshape the current state of Art in Classic Astronomy and Space Explorations. My papers are published on a scientific Journal after passed several stages from editing, peer-reviewed by internal and external reviewers within Physics and Advances in Aerospace Science and Technology fields.

Hans Deyssenroth was born in 1937 and studied electrical engineering at the TH Karlsruhe in Germany and physics with a Diploma degree at the University of Basel in Switzerland. He worked as an IT-manager und biometrician in the Pharma industry in Switzerland and was co-author of about 20 publications. After retirement he studied again the basics of physics and got more and more doubts that the existing models are correct, though they have been verified by many and varied experiments.

Prof Dr Vladimir Valentinovich Egorov has his expertise in theoretical molecular and chemical physics. Education: National Research Nuclear University MEPhI, Faculty of Theoretical and Experimental Physics (1966 – 1972), Moscow, USSR. He has completed his PhD from Theoretical Department of Institute of Chemical Physics, USSR Academy of Sciences (1981), and he has completed his Dr Phys&Math Sci degree from Institute of Physical Chemistry, Russian Academy of Sciences (2004). He is leading researcher at NRC “Kurchatov Institute”, Moscow, Russia. Prof Egorov is working on the development of a fundamentally new physical theory ‒ quantum-classical mechanics and their applications in physics, chemistry, biology and biomedicine.

Dr. Thomas J. Buckholtz has made contributions to society that span aspects of research and development, business, government, education, information technology and IT business practices, not- for-profit endeavors, startup enterprises, and the environment. He does research in (1) cosmology and elementary particle physics and (2) innovation, leadership, skills development, and thinking. Regarding (1), his 2024 Journal of High Energy Physics, Gravitation and Cosmology paper & quot; Characterizations That Help Explain Particle and Cosmic Data & quot does the following: (A) Catalog all known elementary particles and suggest new elementary particles; (B) Suggest a well-defined specification for dark matter. (C) Explain observed ratios of dark-matter effects to ordinary-matter effects; (D) Suggest how to close gaps, between models and data, regarding the rate of expansion of the universe; and (E) Suggest new insight about galaxy formation. The paper also suggests new solutions for multidimensional isotropic harmonic oscillator equations. Thereby, the paper provides possibly useful perspective about the following: (a) Vacuum energy and (b) Gauge symmetries and the Higgs mechanism. His background for (1) includes a mathematics BS from Caltech, a physics PhD from Berkeley, and work as a physicist {including for the Lawrence Livermore National Laboratory}. His background for (2) includes catalyzing a grassroots innovation program throughout an energy utility and serving as a U.S. General Services Administration commissioner {including leading a $1-billionbusiness unit, serving as co-chief information officer for the U.S. federal government's Executive Branch, and leading efforts that catalyzed a nationwide grassroots movement that laid USA groundwork for “e-government”}. He lives in Portola Valley, a town in the Silicon Valley region of California, USA.

Dr. L. Q. Zhang is an Associate Professor at the National Space Science Center, Chinese Academy of Sciences, where she investigates fundamental plasma processes in Earth's magnetosphere. Her primary research focuses on magnetic reconnection and turbulence phenomena, particularly in the magnetotail and solar wind environments, contributing to improved understanding of these dynamic processes in the plasma sheet. After completing her Ph.D. at NSSC, Dr. Zhang conducted postdoctoral research at the State Key Laboratory of Solar Activity and Space Weather. Her scholarly work has resulted in more than thirty peer-reviewed publications appearing in leading space physics journals such as Geophysical Research Letters and Journal of Geophysical Research: Space Physics. Currently, Dr. Zhang is pioneering the application of machine learning techniques to space physics challenges. In collaboration with AI specialists, she has developed novel computational approaches to characterize solar wind-magnetosphere interactions, creating specialized models for both dayside magnetopause phenomena and nightside plasma sheet dynamics.

Bojing Zhu, associate professor of computational physics, joined the Chinese Academy of Sciences in 2008 at Yunnan Observatories & Center for Astronomical Mega-Science of the Chinese Academy of Sciences and the University of Chinese Academy of Sciences. My research spans solar physics theory, space physics, planetary science, and high- performance supercomputer algorithms, and I have published over 70 peer-reviewed articles, most on computational solar physics and Earth and planetary physics; his research work has been cited more than 6,00 times, according to Google Scholar. From 2018, my research focuses on the source and origins of extremely GeV SEPs, the early warning system for extremely SEPs space weather disasters with the Independent Intellectual Property Rights(IIPR) data-driven multi-component-abundance-isotope (H, He, and heavy ions) relativistic hybrid particle-in-cell and lattice Boltzmann method (RHPIC-LBM).

Graduated from the University of Tokyo's Graduate School of Engineering, Department of Aeronautics in 1991 and joined NEC Corporation's Space Development Division the same year. During his student years, he was involved in the research and development of the ion engine for the asteroid explorer “Hayabusa”. After joining NEC, he worked on the development of onboard computers and spacecraft autonomy for Earth observation satellites “Midori” and “Daichi”, as well as the satellite communication systems connecting space stations and the ground. He spent about 10 years working on the development of space data systems, which realized the fusion of space and information communication technology (ICT). For the next 15 years, he was in charge of project management for large-scale, practical ICT systems that created social values, contributing to establish Japanese national infrastructure for science, national security and positioning, navigation and timing. He is currently active as an NEC Fellow, promoting new commercial space utilization markets through the combination of our space technology and ICTs.

Dan James Independent Researcher UK-based MSc: University of Exeter UK (2001) 2003-2020 Own web development company, latterly specialising in Python coding for scientific projects. 2020-2024 GIS consultant involved with planetary mapping. Presented work at GeoFutures 2024 (November) Geological Society, London. Was the first to determine the Principal Azimuths of Valles Marineris. https://www.preprints.org/manuscript/202409.1514/v2 2024 – to present, cryptography consultant. In 2024 established small start-up to develop a new class of data integrity systems based on constraint spaces — mathematical structures that enforce trust through geometric coherence, rather than algorithmic secrecy. These systems derive their security and tamper resistance from a fragile nonlinear relationship between variables, specifically the inverse cubic law.

K. Shwetketu Virbhadra earned his PhD from the Physical Research Laboratory in India. Before joining Drexel University as a full-time teaching faculty in 2017, he worked on four continents at many institutions worldwide, including the Tata Institute of Fundamental Research (Mumbai, India), the University of Cape Town (S. Africa), Duke University, the University of Pennsylvania, and Rutgers University. He has vast teaching experience, having taught over 40 different elementary to advanced-level courses in mathematics (pure and applied), physics (theory and lab), and astronomy (theory and lab). As a researcher, he has worked on four topics; however, his work on gravitational lensing is the most well-known. The famous Virbhadra-Ellis lens equation resurrected the theoretical research in black hole lensing, and the term relativistic images formed in the vicinity of black holes is used worldwide in the literature. As the sole or the leading author, he has many renowned (500+ citations) and famous (250+ citations) category papers. He has collaborated and published papers with three renowned scientists: Nathan Rosen (of Einstein-Rosen fame), G. F. R. Ellis (of Hawking-Ellis fame), and S. L. Adler (of IAS, Princeton). Virbhadra is a life member of reputed academic societies, such as AMS, APS, ISGRG, ISQG, DGRAV, DAP, IAGRG, and IMS. He is also an elected member of the IAU. He served as a reviewer for 35 journals, including most of the leading ones. He has supervised undergraduate and graduate research projects leading to publications in good, refereed journals. He is an inspirational teacher and research mentor. He introduces students to research in a manner in which they get deeply involved and quickly acquire self-confidence to carry out independent research work. With teaching 36 credits (plus independent study courses) in a year, he continues publishing seminal papers.

Dr. Sohail Abbas is a Postdoctoral research associate at Henan University, Kaifeng, China. He gets Phd in Climate Science at Konkuk University (KU), Seoul, South Korea, focusing on the agronomy, physical and numerical modelling of climate science, climate extremes, climate impacts, climate and agriculture. During his PhD, he collaborated with the University of Punjab and the Pakistan Meteorological Department, gaining experience in interdisciplinary climate research and fostering connections with experts about the physical processes of climate sciences. Radley has served on numerous national and international seminars regarding the Climate Scenarios Task Force. Radley also teaches in the Climate and Environmental Sciences Department at the University of the Punjab and Konkuk University.

Mohamed Helmy Said is a self-taught physicist, engineer, and inventor. His groundbreaking TUT reconceptualizes spacetime by introducing velocity and acceleration as fifth and sixth dimensions, solving mysteries such as dark matter and quantum gravity without unproven assumptions. Trained as a production engineer, Said's unique interdisciplinary approach bridges art, engineering, and theoretical physics. In 1977, he famously declined a PhD, citing Einstein's precedent, choosing instead to pursue science as an independent researcher. His practical innovations include patented automotive technologies for Toyota and unpublished inventions awaiting commercialization. He is recognized in Finland with four rare titles—engineer, physicist, inventor, and artist—and remains the only polymath to hold all four. His predictions from the University of Toronto are consistent with data from the James Webb Space Telescope (JWST) and the LIGO Observatory, providing testable alternatives to mainstream cosmology. His work is peer-reviewed in the journal Physical Review D and is available on Research Gate: DOI: 10.13140/RG.2.2.14995.80163.

Amar M. Vakil is self-trained (experience of 28 years circa 1993 -present) systems scientist in his creation of the Autonomous Universal Predictor (AUP). It is a dynamically nonlinear quantum algorithmic processes via deterministic un-supervisory learning for changes detected in a system via its feedback signal in the presence of noise. Here the underlying model is not known (less understood) in advance (there is no a priori) and measures of information treasured in a quantum bit are partially acquired, clustered and data mined (not data dredged) while correlated spatiotemporally through triangulation of network of (preferably noninvasive) sensors. AUP is seamlessly nonlinear, quantum, with no computation overhead, and can be made as precise and accurate as required. It is thereby robust and fast while invariant to sensor network complexity and resilient to any data distortions. AUP is primarily suited for mission critical quantum feedback control for dynamical context sensitive operations. Amar independently uncovered the AUP physical concept, developed, and derived its statistical framework. Furthermore, Amar realized the need to perform high standards evidence experiments in data exploration unique to AUP. This involved litmus tests (separate from Amar’s research development) and experiments to illustrate an AUP application solution at high to mid to low technology readiness levels (TRLs).

Dr. Dennis Zamudio Flores is an Electro Mechanic and Scholar of Hanseidel Stiftung Foundation of Germany.

I am Wenkai Hu. I obtained my BSc from USTC in 2014 and completed my PhD in 2020 at NAOC, focusing on HI cosmology. During my PhD, I spent two years at ICRAR studying HI mass and cosmic density via spectral stacking. I later contributed to the FAST HI Intensity Mapping Survey and characterized 1/f noise. I joined LAM as a postdoc, working on [CII] line observations with CONCERTO, while continuing FAST collaborations. I’m currently an SKA Postdoctoral Fellow at UWC, leading pipeline development for the MeerKAT Large Area Synoptic Survey. My research spans HI/OH absorbers, FAST forecasting, cosmic HI density, tidal fields, and ISM/IGM evolution, with broad interests in cosmology, HI, and galaxy evolution.

Currently resides in Turkey. He holds a Ph.D. in Entrepreneurship and is a member of the International Inventors' Association of Switzerland IFIA. And the European Academy of Sciences (Innovators Club) in Belgrade. Ghelichi is recognized as an inventor and innovator and holds global invention medals from countries such as Switzerland, Canada, and Romania turkey Belgium. He holds the Gold Medal for Best Inventor and Innovator from Canada in 2023 and Romania in 2022.

Paramita Barai is a researcher in the field of Astronomy & Astrophysics, with study/work experience in India, USA, Canada, Italy, and Brazil. From 2022 she is a permanent Staff at the National Institute for Astrophysics (INAF)-Astronomical Observatory of Trieste (Italy). She currently coordinates a PRIN 2022 PNRR grant won from the Italian Ministry for the project "Next-generation Computing and Data Technologies to probe the Cosmic Metal content". Her research areas include galaxy formation and evolution, supermassive black holes, AGN; which she investigates by executing numerical simulations. She obtained her B.Tech. in 2002 in Electronics Engineering from Indian Institute of Technology-Kharagpur (India), M.S. in 2004 and Ph.D. in 2006 in Physics from Georgia State University (USA). Thereby she did Post-Doctoral research at: Université Laval (Canada, 2006-2009), University of Nevada-Las Vegas (USA, 2009-2011), INAF-Trieste Observatory (Italy, 2011-2015), Scuola Normale Superiore-Pisa (Italy, 2015-2016). Thereafter she held a FAPESP Jovem Pesquisador grant at the Instituto de Astronomia-Universidade de São Paulo (Brazil, 2017-2020); and was a fixed-term Professor at the Universidade Federal do ABC (Brazil, 2020-2022). She has a total of 67 Publications, including 38 peer-reviewed journal papers. Her publications have achieved over 1400+ Google Scholar citations, and an h-index of 25. She has given 150+ conference talks/invited seminars; has supervised 8 post-graduate students an-d 1 postdoc.

Yang I. Cao engaged in nonproliferation and electromagnetic warfare research since 2010 on the environmental determinants of health after graduation from the Communication University of China. His early paradigm takes nuclear physics and nuclear chemistry perspectives in biomedical sciences, and reserved the theory of black hole and white hole thermonuclear binding shaped from high school. He kept his interests in cosmology, astrophysics, and astrobiology that answer to the fundamental existential questions. Due to his graduate research’s subject matter before the consequential power consolidation with the P. R. China’s constitutions, he continued knowledge production upon the COVID-19 lockdowns. He’s been acknowledged by the international academic community Masters & Ph.D. in global governance, cosmology afterwards, and is a member of the Sigma Xi Honor Society.

I am a third-year PhD student in numerical relativity at the University of British Columbia, working with Dr. Matthew Choptuik. My current research involves applying physics-informed machine learning techniques—especially Physics-Informed Neural Networks (PINNs)—to model black hole collisions. This approach holds the potential to streamline gravitational wave inference, offering more efficient pathways to interpret complex astrophysical signals. Before working on numerical relativity, I completed my Master’s under the supervision of Ian Affleck, where I employed numerical methods such as DMRG methods to explore supersymmetry in a Majorana chain. Throughout my academic journey, I have engaged with diverse areas of physics, yet my primary interest consistently lies in the computational and methodological aspects that underpin these investigations. As a side research, I enjoy spending time on Ads/CFT correspondence. I also had numerical experience working on 2D materials such as Graphene. Ultimately, I seek to refine and expand the computational techniques at our disposal, improving our ability to model, simulate, and understand fundamental physical phenomena. In doing so, I hope to contribute to the ongoing effort to bridge theory and computation in service of deeper scientific insight.

My main career has been in Astronomy education and Students projects. I have organized so many courses of astronomy for teachers and students in Iran and around the world. I am the manager of Students International Network for Astronomy(SINA). It is a network that focuses on astronomy as a tool make connection between students around the world. I am also the Associate member of IAU Commission C5 Cultural Astronomy.

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I’m María Fernanda Martínez Vázquez from Toluca, Mexico, a senior in Physics and Mathematics at IPN and a first-year Applied Mathematics in Computation student at UNAM. My research focuses on computational and quantum cosmology, supported by my work as a research assistant at IPN. I’ve earned IBM’s Quantum Excellence award and won the 2021 Qiskit Summer Jam. In high school, I co-captained the FIRST Tech Challenge robotics team Spartans #8327, leading us to awards like the Collins Aerospace Innovate Award. My passion for cosmology drives me to explore dark matter, cosmic structures, and the early universe.

My name is Eri Atahualpa Mena Barboza (E. Mena or E. Mena-Barboza) I born on November 2, 1974 in Mazatlán, Sinaloa, Mexico. I earned my licentiate degree in physics in 1999, and my PhD in 2007 focusing on gravitation and mathematical physics at the Physics Institute of the Guanajuato University. I have been working in theoretical physics as a full researcher at the Centro Universitario de la Ciénega, Universidad de Guadalajara, with notable works in non commutative quantum and classical cosmology for 16 years.

Bahram Kalhor, a graduate in Artificial Intelligence and a long-time university lecturer, has emerged as a prominent theorist challenging the boundaries of physics and quantum mechanics. Since 2015, he has proposed a multi-dimensional structure for photons based on the behavior of particles at the speed of light. This groundbreaking theory offers a fresh perspective on the nature of photons and electromagnetic waves, differing fundamentally from traditional quantum mechanics. According to Bahram Kalhor, photons are composed of one-dimensional components that can exchange and share these elements among themselves. This approach lays a new foundation in quantum mechanics and introduces concepts such as Quantum Redshift. Using this theory, he has redefined the redshift of light as energy sharing between photons, directly challenging the notion of universal expansion. Additionally, through the Quantum Redshift theory, he argues that cosmic background radiation (CMB) is not the remnant of the Big Bang but the result of light emitted by all celestial bodies. Kalhor's innovative ideas have opened a new window into the nature of the universe and have drawn the attention of the international scientific community. With his persistent and creative efforts, he has paved the way for reinterpreting the fundamental principles of modern physics and cosmology.