Dr. Bimal K. Bose (Life Fellow, IEEE) is currently an Emeritus Professor in the Department of Electrical Engineering and Computer Science of the University of Tennessee, Knoxville, TN, USA. He was Endowed Chair Professor (Condra Chair of Excellence in Power Electronics) at the University of Tennessee from 1987 until 2003, where he was responsible to organize power electronics education and research program. Concurrently, he was the Distinguished Scientist (1990-1992) and the Chief Scientist (1987-1989) of EPRI (Electric Power Research Institute) Power Electronics Applications Center (PEAC) in Knoxville, TN, USA. Prior to that, he was a Research Engineer in General Electric Corporate Research and Development (GE-CRD) (now GE Global Research Center), Schenectady, NY, USA for 11 years (1976 -1987). From 1971 to 1976, he was an Associate Professor of Electrical Engineering at the Rensselaer Polytechnic Institute, Troy, NY, USA. He is recognized as world-renowned authority and pioneer in power electronics for his many research contributions that include high frequency link power conversion, advanced control techniques by microcomputers, invention of transistor ac power switch for matrix converters, adaptive hysteresis-band current control, artificial intelligence applications in power electronics, etc. He has authored/edited eight books in Power Electronics: Power Electronics in Renewable Energy Systems and Smart Grid (Piscataway, NJ, USA: IEEE Press/Wiley, 2019), Power Electronics and Motor Drives Advances and Trends (New York, NY, USA: Academic Press, 1stedition in 2006 and 2nd edition in 2020), Modern Power Electronics and AC Drives (Englewood Cliffs, NJ, USA: Prentice-Hall, 2001), Power Electronics and Variable Frequency Drives (Piscataway, NJ, USA: IEEE Press/Wiley,1997), Modern Power Electronics (Piscataway, NJ, USA, IEEE Press, 1992), Microcomputer Control of Power Electronics and Drives (Piscataway, NJ, USA: IEEE Press, 1987), Power Electronics and AC Drives (Englewood Cliffs, NJ, USA: Prentice-Hall, 1986) Power Electronics and AC Drive Systems (Piscataway, NJ, USA: IEEE Press, 1982). He holds 21 U. S. Patents. Dr. Bose received the IEEE Power Electronics Society Newell Award (2005), the IEEE Millennium Medal (2000), the IEEE Meritorious Achievement Award in Continuing Education (1997), the IEEE Lamme Gold Medal (1996), the IEEE Industrial Electronics Society (IES) Dr. Eugene Mittellmann Achievement Award (for lifetime achievement) (1994), the IEEE Region 3 Outstanding Engineer Award (1994), the Industry Applications Society Outstanding Achievement Award (1993), the GE Silver Patent Medal (1986), the GE Publication Award (1985), Calcutta University Mouat Gold Medal (1970), and Honorary Professorship of Shanghai University, China; University of Mining and Technology, X'an Mining Institute, and Huazhong University of Science and Technology. He also received the IIEST Alumni Association Lifetime Achievement Award (2018), the IIEST Distinguished Alumnus Award (2006), the D. Sc. Degree (Honoris Causa) from IIEST (2013), Distinguished Lecturership of IAS and IES, and a number of prize paper awards. The IEEE Industrial Electronics Magazine published a special issue (June 2009) "Honoring Bimal Bose and celebrating His Contributions in Power Electronics". The IES Dr. Bimal Bose Energy Systems Award was established in 2014, which was funded by the IEEE Foundation and the IEEE IE Society. He is an elected member of the U. S. National Academy of Engineering.

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

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.

Dr. Eckehard Mielke was born in June 1947 in Lower Saxony, Germany, as the third son of Walter Mielke and his wife Charlotte Jopp. Since 1999, he has been married with two children. In Hamburg, he started school in 1954. After moving to Kiel, from 1958 to 1966 he attended the Hebbelschule, a preparatory school for boys, where he earned his Abitur, with the distinction of being exempt from oral examination. After completing his compulsory military service, in 1968 he began studying physics and mathematics at the Christian-Albrechts-Universität zu Kiel, obtaining his diploma in 1972. In 1976, he completed his Ph.D. with a thesis in Kiel on "Quantum Field Theory in de Sitter Space" under the supervision of Lothar Wiedecke at the Institute for Pure and Applied Nuclear Physics of Erich Bagge, a former student of Heisenberg. From September 1973 to August 1974, he pursued graduate studies at Princeton University on general relativity in the stimulating group of John Archibald Wheeler with an exchange fellowship from the "Studienstiftung des deutschen Volkes". From October 1976 to 1977, Mielke conducted research at the Mathematical Institute of Oxford University in the group of Roger Penrose with a DAAD (German Academic Exchange Service) fellowship and then continued his research at the International Centre for Theoretical Physics, Trieste, under the auspices of Abdus Salam with the support of a Habilitation Fellowship from the DFG (German National Research Foundation). In April 1982, he submitted his habilitation thesis, "On the Hypotheses Underlying Geometrodynamics," to the Faculty of Mathematics and Natural Sciences in Kiel. It eventually became the book "Geometrodynamics of Gauge Fields," published in 1987 by Akademie-Verlag, Berlin. (Second edition, Springer International Publishing Switzerland, Studies in Mathematical Physics 2017, 373 pages). For two years he received practical training as a teacher at a German high school and, in May 1984, took the Staatsexamen fur das Lehramt an Gymnasien, an examination for teachers. Finally, in December 1984, he was appointed Privatdozent (implying no salary) at the University of Kiel. Due to contacts from his time at Princeton and some experience on the duality of gauge theories acquired in Trieste, he became a research assistant at the Institute for Theoretical Physics in Cologne in the group of Friedrich W. Hehl. From August 1984 to July 1991, these projects were supported by the DFG and the German-Israeli Research Foundation, culminating in 1995 in a renowned Physics Report with Hehl, Dermott McCrea, and Yuval Ne'eman (the co-founder of the SU(3) particle classification). For a year, he returned to the Hebbelschule in Kiel, but now as a teacher. Then, from 1993 to 1994, he filled in for an associate professor at the Institute for Theoretical Physics, again in Cologne, and wrote a popular book on astrophysics and black holes, published in 1997 by Vieweg and now available in the Springer Book Archives. In October 1994, he accepted an invitation from Alfredo Macías of the Cosmology and Astrophysics group to stay for three weeks at the Physics Department of the Autonomous Metropolitan University (CBI-Iztapalapa) in Mexico City, then headed by Salvador Cruz. This extended from September 1995 to August 1997 as a visiting professor and finally resulted in a full professor position at UAM-I since October 1997. He is a full member of the Mexican Academy of Sciences (Academia Méxicana de Ciencias) since 1998. In 2008 he was nominated "Outstanding Referee" by the American Physical Society, a lifetime distinction. During several Marcel Grossmann Meetings on General Relativity, he has organized parallel sessions, most recently in 2012 in Stockholm on "Asymptotic Safety and Symmetry Breaking in Quantum Gravity". He has over 180 publications, monitored by Google Scholar Citations, and his co-authors include former students or researchers from the Universities of Kiel, Koeln, Konstanz, León-Guanajuato, Mexico City (UAM and Cinvestav), Tel-Aviv, and most recently Zurich. His position at the UAM allows him to pursue quite exotic research interests: among them, knot wormholes, neutron stars and bosons, color geometrodynamics, anomalies, axion dark matter models, soliton collisions, and topological gauge models of gravity. He has published a book on "Modern Relativity."

Prof. Orchidea Maria Lecian graduated and defended her PhD thesis at Sapienza University of Rome, Italy. She was postdoctoral Fellow at IHES (France), Max Plank Institute- Golm (Germany) and Sapienza Univeristy of Rome. She was invited in intensive-research programmes, such as at The Fields Institute for Research in Mathematical Sciences. She received the SAIA-NS'P International Researcher's Fellowship and was there appointed Erasmus Lecturer. She was Visiting Professor at Kursk State University (Russia). She was Assistant Professor and is now Associate Professor at Sapienza University of Rome. She has been serving several International Journals with editorial positions. She has participated in several National Conferences and International ones. She is member of several research consortia. She is author of research papers, review papers, conference-proceeding papers and three books.

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

Prof. Ronald L. Mallett received his Ph.D. in physics from the Pennsylvania State University where he specialized in Einstein’s general theory of relativity. He is currently professor emeritus of physics at the University of Connecticut. Prof. Mallett has published numerous papers on black holes and relativistic cosmology in professional journals. Mallett’s published memoir “Time Traveler” has been translated into Korean, Chinese, and Japanese. His current research involves the gravitational field of circulating light beams.

Carlo Viberti - History's 1st Private Cosmonaut Engineer Nominee & President of SpaceLand, Italy Graduated with Honors at 24 years of age as Doctor in Aeronautical Engineering at the University Politecnico Torino (Italy), in 2010 has been proposed by the President of the Italian Space Agency as first sub-orbital astronaut-engineer for sub-orbital research flights. In 2005 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. So far he has worked in weightlessness almost three times longer periods than Iuri Gagarin's spaceflight; during such test-flight programs, he trained and brought on board representatives of the general population, including the world's oldest (93 years of age), the first disabled woman and the youngest-ever (11 yr-old) life-sciences test subjects in zero-gravity, for experiments involving Nobel Prize-winning scientists with spin-off biomed and technological applications for kids, disabled and elderly. During his work as Lead Engineer of the European Space Agency's Astronaut Activities Office, was in charge of microgravity test campaigns both underwater and on-board zero-gravity flights for the design and development of the space laboratory Columbus of the International Space Station; after designing and testing the underwater operational model of the Columbus laboratory which is now utilized at the European Astronaut Center, became responsible of the European technology facilities for the NASA ISS Phase 1 program on board the Russian Space Station MIR. As Director of the SpaceLand group, he has conceived and leads the SpaceLand program in Africa for the development of the first Center of Excellence for Microgravity Research, Education and Training, presented through an invitational speech at the United Nations / UAE High-Level Forum of Dubai together with the Head of State of Mauritius (https://youtu.be/2RthuFMcdfg).

Dr. Wim Vegt is a physicist affiliated with the Department of Physics at Eindhoven University of Technology (TU/e), The Netherlands. He completed his physics degree at Eindhoven University of Technology in 1988 and has contributed extensively to the fields of general relativity, quantum physics, electromagnetism, and gravitational–electromagnetic interactions. In 1995, he published his pioneering “New Theory in Physics” in Physics Essays, proposing that quantum probability waves are in fact confined electromagnetic waves, thus linking quantum and gravitational phenomena. His recent work explores unification principles between classical mechanics, electrodynamics, quantum physics, and general relativity, aiming to describe the interaction between gravity and light. Dr. Vegt has published in several international journals such as the Journal of Physics & Optics Sciences and Research and Reviews: Journal of Pure and Applied Physics. His ongoing research focuses on the gravitational-electromagnetic confinement model and the mass interpretation of de Broglie waves within a unified theoretical framework.

Dr. Gregory Harrison of Gravitronics, LLC researches and designs advanced space propulsion systems, including a rocket engine based on patent US 63/681,578. With 37 years at Lockheed Martin, he led AI and DSP projects for all U.S. military branches and developed an AR system for the Marine Corps. He holds 41 U.S. patents and about 140 international patents. He is an IEEE and AIAA Senior Member, and a retired Lockheed Martin Associate Fellow.

My name is Albert Tan Lie Sing. I am an interdisciplinary researcher and educator with extensive experience in mathematical physics, quantum systems, AI-integrated robotics, and education technology. Proven track record of designing scalable STEAM programs, building AI tools for autonomous learning and research, and collaborating across Asia, Europe, and the United States. Passionate about merging theoretical insights with practical applications to solve global education and research challenges.

Joseph P. Firmage is a physicist, technologist, and founder of the Academy of Science and Arts and the Potentum Physics Observatory. His work focuses on the geometric foundations of matter, time, and force, developing a unified framework-Potentum Physics-grounded in Geometric Algebra and reciprocal induction. Firmage's research reconstructs atomic structure and spectra from first principles, treating electrons and nuclei as real spacetime rotor constellations rather than abstract operators. He is the originator of the ORIGAMI and OPTICA instruments for interfluxion imaging and the author of multiple White Papers and the Equations of the Atom series, advancing a closure-based alternative to eigenvalue quantum mechanics. Earlier in his career, Firmage was a pioneer of the commercial internet, founding USWeb and contributing to large-scale systems architecture and standards development. His current work bridges fundamental physics, computation, and experimental design, aiming to restore geometric causality and physical intelligibility to the foundations of science.

Geoffrey E. Thwaites is an independent problem solver and technical visionary with a lifelong commitment to practical systems thinking and physical causality. Born in Pakenham East, Victoria in 1943, Geoffrey embarked on a career in high-frequency electronics and wave technologies after completing his secondary education at the Ballarat School of Mines Junior Tech and receiving telecommunications training through an RMIT-accredited program. At the age of 15, Geoffrey entered military service, beginning a journey that would span decades of technical innovation and fieldwork. His assignments included advanced radar systems, high-energy pulse transmission, waveguide calibration, and weapons tracking technologies at Australia’s Weapons Research Establishment in Woomera. He later contributed to national border definition systems through airborne distance measurement, as well as atomic absorption photo mass spectrometry and hyper-spectral airborne mapping technologies. His experience with plasma, energy transmission, and electromagnetic systems provided a practical foundation for understanding field behavior on both micro and cosmic scales. Geoffrey also holds supplementary qualifications as a Justice of the Peace and is a Fellow of the Institute of Company Directors (FICD). His mission has evolved to address one of the greatest scientific challenges of our time: explaining the origin of energy, matter, and cosmic structure without invoking metaphysical singularities. The Zero-Field Cosmogenesis theory is the result of this mission—a reframing of cosmology rooted in wave mechanics, harmonic interaction, and logical causality. This work stands not in opposition to the Standard Model, but as its natural continuation, replacing assumptions with coherence and offering a new language for the emergence of structure in the universe.

I am Espoir TSAGUE FOKING, an aerospace and automotive engineer, physico-chemist, and numerical simulation specialist. As a certified Mediametrie columnist, I analyze major technological transitions, including artificial intelligence, robotics, ecological innovation, and digital transformation. As CEO of Bifurcation Didactique, I am committed to democratizing science through accessible teaching, writing, and high-impact educational content.

Luciano Lorenzi was born in Ventimiglia (Imperia, Italy) on 16 October 1949. He studied in Mondovi in the 1960s and took his degree in Physics in 1975, with the assistance of the Astronomer Prof. Franco Scaltriti, having already been involved in research at the Turin Astronomical Observatory for three years. Lorenzi earned the title of Astronomer in 1978 through a national selection, followed by another appointment again in Turin, where he remained until 1 September 1987. At his own request, on the same date he joined High Schools in the Province of Cuneo to teach Physics. From 21 December 1989 until early 1992, Lorenzi coordinated and supported the Mondovi Astronomy Study Center, together with the two OATO Directors, Professors Alberto Masani & Attilio Ferrari. Its goals included a variety of cultural objectives focusing on research, teaching and communication, with the clear intention of promoting the city as the heir to an ancient university institution, as well as the birthplace of the founder of the Turin Astronomical Observatory, Father Giovanni Battista Beccaria. He was also a Senator of the Italian Republic for three consecutive legislatures from 1992 to 2001. In the same period, from 1994 to 1999, he was a member of the "Council of Europe" and the "Western European Union Assembly". He was an active parliamentarian in the Senate of the Italian Republic and the "Council of Europe". In particular, he promoted Law 315 dated 3 August 1998, which allocated 8.1 billion lire for university building projects in Mondovi through Turin Polytechnic University. He was also instrumental in achieving approval of "RESOLUTION 1080 (1996) on the detection of asteroids and comets potentially dangerous to humankind" by the "PARLIAMENTARY ASSEMBLY OF THE COUNCIL OF EUROPE". He has around seventy publications in various scientific fields, dealing specifically with Astronomy, Variable Star Astronomy, Large-Scale Structure of the Universe, Cosmology and Cosmogony.

Manny Pimenta is a systems engineer turned space entrepreneur who believes the best way to inspire the future is to build it. As the founder and CEO of Virtual Moon, he is developing the most detailed and realistic Virtual Reality model of the Moon ever created—a fully immersive digital twin designed to spark curiosity, teach STEM, inspire young minds, and help humanity prepare for life beyond Earth. With more than three decades of experience in electrical grid operations and SCADA systems, Manny brings strong engineering expertise to his visionary mission. He has spoken at schools, universities, and global space conferences, inviting audiences to stand on the lunar surface through the power of VR and imagine their place in the future of space exploration.

Dr. Giuseppe Zighini was born in Aosta (northern IT) in December 1977. He is an independent researcher in theoretical physics, holding a master's degree in engineering from the Politecnico di Torino specializing in advanced structural mechanics. He has always been passionate about mathematics and theoretical physics with particular interests in: computer science, differential geometry of surfaces, solving systems of partial differential equations, development of finite element method (FEM) computational codes. I love Philosophy, History, Music, Art, Sinner and...of course my little Mia.

My name is Alex Ioskevich. As founder and CEO of Quantum Propulsion Technologies Ltd I head a team of talented engineers and scientists who share my vision and values. We are currently designing and testing prototypes of quantum propulsion systems and spacecraft. I leverage my expertise in aerospace electronics and software engineering, technical design and project management, as well as financial analysis, to oversee the strategic, technical and operational aspects of my venture and projects. In addition, I am responsible for forging partnerships and managing regulatory approvals to bring our breakthrough technologies to fruition. My education: BS in electronics engineering. BS in computer science (not completed) MS in military and political science (military academy); MS in business and finance.

Dr. Robert W. Mitchell is a senior engineering and research executive with more than 25 years of experience spanning advanced systems engineering, aerospace and nuclear-adjacent research and development, global standards formation, and complex industrial sustainment operations. He currently serves as Chief Research & Development Officer and Director of Global Standards at Titans Space Industries, where he leads enterprise-level R&D strategy for next-generation space systems supporting deep-space, cis-lunar, and interplanetary missions. His work focuses on systems architecture, nuclear thermal and nuclear electric propulsion concepts, autonomous and resilient mission systems, and the establishment of internationally aligned engineering, safety, and operational standards. Dr. Mitchell’s career is grounded in extensive operational and technical leadership, including long-term support of U.S. Navy and NAVSEA programs, large-scale maritime sustainment engineering, and international industrial infrastructure projects. A former U.S. Navy senior enlisted engineering specialist, he brings deep hands-on expertise in propulsion, power generation, refrigeration, and mission-critical mechanical systems. Academically, he holds doctoral degrees in engineering management and business administration, multiple MBAs, and a Master of Science in Astrophysics and Planetary Formation, enabling him to bridge advanced scientific theory with real-world engineering execution and policy-level governance.

Linked to the Aerospace industry since the beginning of my career. In the Military Service, I served as a "Hawk Improved" radar operator. I have worked as a Project Manager on various projects. My experience includes developing materials for the railway and Aerospace industries, such as materials for pressurized interiors for habitats and spacecrafts. Also develop the technology for different regolith applications. Based on the professional conclusions of what the first constructions on the Moon and Mars should be: "Architecture in Space". Currently, I am the Project Manager in the development of the LOBSTERobot, a rover vehicle that is completely different from all others, due to the technology and use.

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.

Mr. Paluszek is President of Princeton Satellite Systems, which he founded in 1992. He is leading the design of a crewed lunar lander, Starfire, a nuclear fusion reactor for space power and propulsion, and a hypersonic transport. He worked at GE Astro Space, where he led the design of attitude control systems, including GPS IIR, Inmarsat 3, and GGS Polar platform. He was also an ACS analyst on over a dozen satellite launches, including the GSTAR III recovery. Before joining GE, he worked at the Charles Stark Draper Laboratory and MIT. Mr. Paluszek has an SB in Electrical Engineering from MIT and the degrees of Engineer of Aeronautics and Astronautics and SM also from MIT.

Novi Dewan is an engineer, author, and speaker with an MBA, and over a decade of experience in logistics, consulting, and project management in companies including Amazon, Capgemini, and DHL. Based in Dusseldorf, and pursuing a PhD, her current research explores space traffic coordination and space sustainability. Novi loves drawing unexpected parallels across the spectrum of logistics - on Earth and far above it - and regularly advises space startups, agencies, and hospitals on strategy, logistics and operations. In her free time, you might catch her paragliding in very near-Earth orbit or hanging out with her furry Maltese co-pilot, Einstein.

My background spans scientific research and education, supported by robust academic credentials. I am passionate about topics such as computer science, cosmology, astrophysics, cyberspace, and cryptography. By founding Capricorne Spatial Agence and its brand Quantum Launch, I've developed innovative scientific solutions and played a role in advancing the New Space Age.

Multidisciplinary science-based professional and Medical Doctor with a demonstrated history of working in sustainable entrepreneurship, public relations, and the communications industry. Recognizing that the absence of gravity, one of the four fundamental forces of physics, uniquely changes biological systems to allow for advances in medicine, pharmaceutical biomanufacturing, and organ printing, his mission is to inspire other doctors to join the field. He is a professional that currently focuses on growing the space industry with the goal of having a positive technological and medical impact on every sector of society here on Earth.

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. Yun Wang is a tenure-track Assistant Professor at at College of Physics, Jilin University in China. His main works focus on investigating various properties of the large-scale structure of the Universe from cosmological simulations, with the goal of bridging theoretical models with sky surveys and offering insights into fundamental cosmic phenomena.

Louis-Francois Claro is an independent researcher and former Associate Professor (71st section) at Lille University, where he served from 1996 to 2011. He is currently in the process of founding ClaroTech Industries, a research-driven enterprise focused on cutting-edge theoretical advancements. His work explores the intersections of geometry, physics, and complex systems. In his upcoming presentation titled "Fractal Geometric Theory of Fundamental Problems: Unified Resolution of Yang-Mills Gap, Navier-Stokes, N-Body Problem, and Cosmology," he introduces a novel framework aimed at resolving some of the most persistent open problems in mathematics and theoretical physics through a unified fractal-geometric approach.

Mr. Danial Almasian is an observational astrophysicist and researcher working in the field of exoplanets, with a focus on detecting and characterizing planets around other stars using both space-based and ground-based telescopes. His scientific work so far has been strongly connected to high-precision photometry and radial-velocity measurements, especially through the analysis of data from NASA's Kepler and TESS missions, as well as ESA's CHEOPS space telescope. He has contributed to several peer-reviewed studies, including projects on transit detection, light-curve modelling, and the joint characterization of planetary systems. His recent research also involves studying the rotation and activity of M-dwarf stars using the high-resolution CARMENES spectrograph, aiming to better understand stellar variability and its impact on exoplanet detection. Danial is currently working as a PhD researcher at the Universidad Complutense de Madrid (UCM) in Spain, where he continues to develop his interests in exoplanet discovery, stellar variability, and data analysis from major international observatories.

Davide Cadelano is an independent theoretical physicist and the founder of Codex Alpha Research, an interdisciplinary initiative focused on the unification of general relativity and quantum mechanics. He is the author of Codex Alpha - Unified Theory (v2.1), https://doi.org/10.5281/zenodo.16624906 a novel framework where spacetime emerges from informational coherence. His work introduces testable predictions in quantum gravity, negative-mass dynamics, and retrocausal entanglement. ORCID: 0009-0008-2253-7008

Dr. Sherehan Shehata is a researcher at the National Research Institute of Astronomy and Geophysics, Egypt. Her research focuses on high-energy astrophysics, where she investigates the physical processes and phenomena associated with energetic cosmic sources.

Dr. SergeiSerov (Ph.D. - theoretical physics as from 1994), Leading Researcher of Institute of Theoretical and Mathematical Physics in Russian Federal Nuclear Center.

Ms. Magdalena Filcek is an aviator, interdisciplinary scientist, designer, neuroarchitecture and sleep specialist, inventor, and visionary thinker exploring the intersection of physics, biology, and human cognition. She is MA of Interior Design, a PhD researcher in Safety Engineering at the Military University of Land Forces, an honorary NASA employee, and a certified hot-air balloon pilot.Her scientific work bridges neuroarchitecture, biophysics, aerospace safety, and cosmological inquiry, focusing on how fundamental physical principles-such as harmonic oscillation, adaptation in extreme environments. Magdalena is the inventor of several patented technologies, including Vinci Power Nap, a neurobiological and biomechanical system that leverages pendulum physics and harmonic oscillations to restore autonomic balance, reduce inflammation, and support neuro regeneration. Her recent research demonstrates that the system produces a resonant oscillation at approximately 0.618 Hz, a frequency linked to phi symmetry, natural harmonic structures, and fractal self organization, offering a potential bridge between human biological coherence and universal physical patterns. Her article, "Frequency of Harmony and the Unified Theory of Everything Across the Universe," proposes an interdisciplinary model in which golden-ratio resonance, oscillatory geometry, and nonlinear elasticity may serve as a unifying framework connecting biological systems to gravitational, cosmological, and quantum phenomena. This work has sparked interest in how engineered oscillatory environments-such as Vinci Power Nap-might provide experimental insight relevant to theories of unification, gravitational wave analogs, and the geometry of spacetime. Magdalena's innovations have received First Award from President of Poland and international recognition and have been presented at leading scientific and aerospace institutions, including the United Nations, COP24, UNOOSA, NASA JPL, AirExpo Abu Dhabi, and others. She continues pioneering research on preventing inflammation, fatigue, and cognitive degradation in pilots and astronauts, while expanding her theoretical investigations into the resonant fabric of the universe and its implications for future space exploration, human performance, and unified field models.

H.E. Dr. Tidiane Ouattara earned his PhD and Master's degree in Remote Sensing and Geographic Information Systems (GIS) from Sherbrooke University in Canada in 2001 and 1996. He also holds a Master's degree in Physical Geography from the Universite de Cocody-Abidjan in Cote d'Ivoire. Dr. Ouattara is currently the President of the African Space Council of the African Space Agency. He is fluent in both English and French and has extensive experience in international relations, business development, research, policy development, and program management in the fields of environment, natural resources, science, and technology. Over the course of his career, he has held several key positions, including President of the African Space Agency Council since February 2024. At the African Union Commission (2016-2024), he served as a Space Science Expert leading the African Outer Space Programme, contributed to the African Space Policy and Strategy, coordinated the GMES & Africa Programme, and served as Head of the Division of Science, Technology, and Space. At Environment and Climate Change Canada (2010-2016), he was the Head Manager for Geospatial Data Management and oversaw landscape and ecosystem assessment for the Canadian Wildlife Service. During his time at Natural Resources Canada (2002-2004 and 2006-2010), he worked as Senior Science and Policy Advisor, led the Knowledge Management and International Strategies Unit, and managed the Canadian Digital Elevation Model Programme. From 2004 to 2006, he served at the Canadian Space Agency as the International Relations Manager for Africa, Central and South America, and the United Nations, covering portfolios in Earth Observation, Navigation, Robotics, and Space Sciences. Earlier in his career, he also lectured at Sherbrooke University from 1996 to 2000.

Dr. L. Q. Zhang is an Associate Professor at the National Space Science Center (NSSC), Chinese Academy of Sciences, and currently serves as the leader of the AI research group at the State Key Laboratory of Solar Activity and Space Weather, NSSC. She also holds joint appointments as a group leader and collaborator at the College of Information Engineering, Central University for Nationalities, and the College of Information and Communication Engineering, Beijing Information Science and Technology University. Dr. Zhang’s research focuses on fundamental plasma processes in the near-Earth space environment, particularly magnetic reconnection, turbulence, and vorticity dynamics in the magnetotail and solar wind. She received her Ph.D. in Space Physics from NSSC and completed her postdoctoral research at the State Key Laboratory of Solar Activity and Space Weather. She has authored over thirty peer-reviewed publications in internationally renowned journals such as Geophysical Research Letters, Journal of Geophysical Research: Space Physics, Scientific Reports, and Remote Sensing, covering a wide range of topics from bursty bulk flow dynamics and current sheet structures to Alfvénic turbulence and kinetic-scale processes. In recent years, Dr. Zhang has spearheaded the integration of machine learning techniques into space physics research. Her team has developed novel AI-based methodologies for automated classification of plasma regions, identification of magnetospheric boundaries, and predictive modeling of solar wind–magnetosphere interactions. These efforts have laid the foundation for next-generation space weather forecasting tools that combine physical insight with data-driven precision. Dr. Zhang also actively collaborates on major international space missions, including Cluster, Double Star, THEMIS, MMS, and SMILE, contributing both scientific insight and computational innovations. Her interdisciplinary work continues to bridge traditional space plasma physics and artificial intelligence, advancing both fundamental understanding and practical applications in space weather research.

Mr.Arjun Dabas is the founder and CEO of Beyond Space Technologies, a DPIIT-recognized aerospace startup pushing the frontiers of space systems, AI, and next-gen mobility. From Martian airships to autonomous UAV swarms, his innovations span Earth and interplanetary domains. His early research won Springer Nature’s Best Technical Paper Award, followed by publications and presentations at global platforms including IAC (Italy, Australia) and IIT Bombay. He’s led pioneering work on baryon acoustic oscillations, buckling energy methods, and developed HARPS — a flagship high-altitude UAV + swarm system for precision reconnaissance. Arjun also contributed to concepts for Venusian habitats and Mars atmospheric vehicles, blending visionary design with engineering depth. He’s a mentor, guest lecturer, Stanford-trained ML practitioner, and was selected as an analogue astronaut on a European mission. With partnerships spanning Europe, MENA, and astronaut collaborations, Arjun is helping define the future of aerospace innovation.

Dr. Jamil Al Thani is the visionary founder of the D10Z Institute Omnidimensional, dedicated to advancing a fractal nodal geometric model of the universe that redefines fundamental physical constants and offers empirical validations with unprecedented precision. His groundbreaking work eliminates the need for dark matter and dark energy and introduces new paradigms such as the GM10⁻⁵¹ scale and the Big Start framework. Dr. Al Thani is recognized internationally as a leading expert in quantum cosmology and fundamental physics.

Mr. Tomonori Yoshino is a theoretical physicist and mathematician specializing in structural geometry, information dynamics, and time-extended mathematics. He is the developer of the "Pentaspiral Framework," a novel geometric-algebraic model designed to represent structural anomalies and discontinuities in gravitational and cosmological systems. His interdisciplinary work integrates concepts from algebraic topology, non-Euclidean geometry, and quantum theory to address the foundational challenges in understanding compact objects and observational anomalies in modern cosmology. He is currently expanding this framework to support cross-disciplinary applications in quantum computation, AI, and materials science. Mr. Yoshino has published several foundational papers and actively contributes to the development of next-generation mathematical structures that bridge theoretical abstraction and empirical observation.

ABDULLAH ABDULRAHMAN ZEAD AL DAWOOD, an independent researcher from Saudi Arabia (Howtat Bani Tamim). The challenge began when I learned that scientists failed to merge quantum mechanics and gravity. I then dedicated myself to learning and reading until I encountered the visualization of gravity as a distortion or curvature caused by mass, and that mass acts as a negative influence on the fabric of spacetime. I did not allow myself to accept this, nor did I accept the concept of 'distortion' and similar terms when thinking about the universe. I started trying to see gravity for what it truly is: a mass and energy extension that originates from mass and energy itself. I studied the science track in high school and had previously studied English in Manchester for 3 months and in Long Beach, USA, for about 4 months. I did not complete university. I don't have much more that I would like to say.

Felix Lev graduated from the Moscow Institute for Physics and Technology, got PhD from the Institute of Theoretical and Experimental Physics in Moscow and Dr. Sci. degree in physics and mathematics from High Energy Physics also known as the Serpukhov Accelerator. In Russia he worked as a mathematician at the Far Eastern Branch of the Russian Academy of Sciences and as a nuclear physicist at the Joint Institute for Nuclear Research (Dubna, Moscow region). From 1999 to 2024 he worked on mathematical algorithms for the semiconductor industry at a software company in the Los Angeles area. His major research interests are in quantum theory over finite rings or fields, in particle theory and cosmology. In 1987, the Presidium of the Academy of Sciences of the USSR awarded him the title of senior scientist in theoretical and mathematical physics. In 1988 Joint institute for Nuclear Research (JINR) (Dubna, Moscow region) published his course of lectures for young scientists of JINR: "Problems of Relativistic Quantum Mechanics of Systems with a Fixed Number of Degrees of Freedom", P4-88-829. In 2020 Springer published his book "Finite Mathematics as the Foundation of Classical Mathematics and Quantum Theory. With Applications to Gravity and Particle Theory". Also, he has more than 100 publications in leading journals. The main results of his publications are: ● It has been proved that standard mathematics is a special degenerate case of finite mathematics in the formal limit p→∞ where p is the characteristic of the ring or field in finite mathematics. ● It has been proved that standard quantum theory is a special degenerate case of a quantum theory based on finite mathematics in the formal limit p→∞ where p is the characteristic of the ring or field in finite mathematics. This implies that mathematics describing nature at the most fundamental level involves only a finite number of numbers while the notions of limit, infinitesimals and continuity are needed only in calculations describing nature approximately. ● In a quantum theory based on finite mathematics, the de Sitter gravitational constant depends on p and disappears in the formal limit p→∞, i.e., gravity is a consequence of finiteness of nature. ● The application to particle theory gives that particle-antiparticle is only an approximate concept valid in special situations. As a consequence, the electric charge and the baryon and lepton quantum numbers can be only approximately conserved, and the baryon asymmetry of the universe problem does not arise. ● The phenomenon of cosmological acceleration (PCA) has a clear explanation without uncertainties as a kinematical effect in semiclassical approximation to quantum theory. In particular, it is not necessary to involve dark energy, the physical meaning of which is a mystery. In our approach, background space and its geometry are not used and the results for PCA are the same as in General Relativity if Λ=3/R2, where R is the contraction parameter from the de Sitter to the Poincare algebra and has nothing to do with the radius of background space. Therefore Λ>0 and there is no freedom in choosing the value of Λ.

Rodrigue Pekar, a high school student passionate about physics, focuses on quantum mechanics and gravitational theory. As an active member of Open VQA, he attends conferences that connect young researchers with the scientific community. He participated in International Quantum Physics Day and closely follows current developments in theoretical physics. His greatest wish is to be able to better understand the universe around us.

Asli Pinar Tan is an Electrical & Electronics Engineer, Bsc. 1995 and Msc. 1997 graduated from Bilkent University, Ankara, Turkey, and she also holds a degree in Multi-Disciplinary Space Studies program graduated in 2000 from International Space University, Strasbourg, France. She has worked professionally more than 25 years in Global Telecommunications, IT, and Aerospace industries, in addition to her academic career in Electromagnetics and Space Applications. She was a Teaching and Research Assistant of Electromagnetics at Bilkent University during 1995-1997 and led the Bilkent Program on Radio-TV Frequency Planning for Turkey. She has been granted a Young Scientist Award by URSI (Union Radio Science Internationale) in 1998 based on her Master Thesis Research results presenting a systematic methodology for High-Frequency Radar Antenna Design using the Genetic Algorithm and Equivalent Edge Currents, to generate plain waves in the near field, which is utilized in the industry since then. She has served as the Satellite Applications (Telecommunications, Navigation, Earth Observation and Remote Sensing) department Teaching Assistant of International Space University (ISU) Space Studies Program (SSP) at the University of Bremen, Germany in 2001. She has worked more than 10 years at Nortel Networks as the Global Program Manager and Solutions Architect for all Intelligent Networks (IN) and Value-Added Services (VAS) programs, where she led numerous Fixed-Mobile-Hybrid Networks Programs introducing services from Multy-party Tele/Video Conferencing to Intelligent Call Center solutions. She worked as Research and Development Programs Office Director at Huawei, and has contributed significantly in setting the global standards and strategy, and leading the development programs for IPTV, 5G, and other pioneering tele commmunications technologies. She has led Program Operations in many IT corporations such as NTT Data and BlueCloud, with focus on leading consultancy teams for Cloud Transformation and Data Analytics programs of Enterprise Client companies, which themselves are global corporations. She was the first Turkey State Representative (2001-2003) and Middle-East Regional Coordinator (2001-2006) for Space Generation Advisory Council (SGAC) in support of the United Nations Program for Youth Space Activities, during which she was the Delegate Selection Committe Chair for Space Generation Congresses (SGCs) 2002 (Houston, USA), 2004 (Vancouver, Canada), and 2005 (Fukuoka, Japan) in conjunction with the International Astronautical Congress (IAC), and she also orgnanized and Co-Chaired UNESCO Turkic States Space Generation Forum 2003 (Baku, Azerbaijan). She is also an Observer at Moon Village Association (MVA), which is an NGO for with Observer status at UN COPUOS. Independent from her professional career, Asli Pinar Tan has been working individually on theoretical physics research of a Unified Theory of Fields and Forces. She has published the initial Astrophysics portion of her research results in detail in the book “Everything Is A Circle: A New Model For Orbits Of Bodies In The Universe" on Amazon in 2020, with which she is asserting a Universal Circular Orbit Model, presented these results in COSPAR (COmmittee on SPAce Research) Scientific Assembly 2021 in Sydney, Australia, and published a peer-reviewed paper “Everything Is a Circle: A New Universal Orbital Model” in Advances in Aerospace Science and Technology scientific journal in 2024. She has also presented a follow-up research for predicting Climate Change and Magnetic Polarity Reversals of Earth based on her proposed Circular Orbit Model at International Astronautical Congress (IAC) 2025 in Sydney, Australia, which is also published with the paper “Impact of Earth-Sun Orbital Variations on Climate Change and Magnetic Polarity of Earth” in the IAC 2025 Proceedings. She will further be publishing subsequent Electromagnetics, Photonics, and Gravitation parts of her theory in a set of books and papers to follow.

Vasco Cossa, from Mozambique, is a PhD student at Rhodes University, South Africa, with experience in hunting the most distant radio galaxies. He currently investigates galaxy evolution and cluster dynamics using radio and optical data from the MeerKAT and JWST respectively. He is one of the co-founders of Mozambican Astronomical Society. Beyond academia, he is passionate about tech innovation, sustainable development and entrepreneurship.

Friedhelm M. Jöge, born in 1943, worked in a scientific laboratory after studying chemistry and mathematics textbooks at a young age and after studying chemical engineering. He then worked in development departments in the chemical and phamaceutical industries. The focus of his work was in the field of biochemistry and macromolecular chemistry. His interest are the synopsis of various physical, chemical and biologycal knowledge as well as questions of origin of life and ethics in the field of tension between faith and science. In particular, he dealt with the concept of information. He is married, has a daughter and three Grandchildren. He also loves music and chess

Ayberk Korkmaz is a highly ambitious first-year Civil Engineering student at Eskisehir Osmangazi University. His career is focused on the intersection of structural engineering and aerospace technology, with a clear interdisciplinary approach. He is actively developing computational methods and data analysis skills (Python/ML) for applications such as extraterrestrial habitat design and predicting material behavior. Mr. Korkmaz plans to pursue a dual major in Mechanical Engineering to complement his knowledge base. He also holds a certification in effective public speaking, demonstrating a commitment to clear communication of complex scientific topics and an eagerness to contribute to future space missions.

Schubert Maignan is a Candidate of Technical Sciences with over 16 years of experience. He is an Associate Professor ofthe Department of General and Applied Physics at the Moscow State University of Civil Engineering, where he teaches physics. His scientific work focuses on Analysis of Temporal Interactions, photonics, geophysics, and Earth remote sensing. He teaches both Russian and English-speaking students through a variety of lectures, practical sessions, and laboratory work. Between 2023 and 2024, he completed a 1,040-hour professional retraining course and earned a diploma as a "Teacher, Physics Instructor."

Suhail ibn Shahnawaz is a young and emerging physics enthusiast and space science figure from Kulgam, Jammu & Kashmir, India. Known for his passion for scientific exploration and education, Suhail has been widely recognized for his contributions to youth-led aerospace and physics initiatives. His growing influence in the scientific community has earned him titles such as "The Rocket Boy of Kashmir" and "The Physics God from Kulgam." Suhail is best known for his association with Buraq-1, a symbolic or prototype space mission aimed at raising awareness and interest in space science among the youth of Kashmir. This project represents a broader vision of empowering young minds through scientific curiosity and hands-on innovation in a region that is often underrepresented in STEM fields. As a passionate advocate for science communication and education, Suhail has been invited to speak on inspirational platforms like the Teen Talk Show, where he shares his journey and motivates other young people to explore careers in science and technology. He is actively involved in various educational and scientific outreach programs, focusing on making STEM more accessible and engaging for students, especially in remote or underserved areas. Suhail ibn Shahnawaz continues to inspire a new generation of thinkers, makers, and dreamers by breaking barriers and bringing space science closer to young people in Kashmir and beyond.