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.

Professor M. Moatamedi is a globally recognized leader in industrial engineering and multiphysics research. He is the President of The International Society of Multiphysics. His academic background includes a Ph.D. in Engineering from the University of Sheffield, an MBA from Manchester Business School, and an LLM in International Business Law from the University of Leeds. Throughout his distinguished career, Professor Moatamedi has held senior academic and leadership positions at esteemed institutions such as New York University, Imperial College London, Cranfield University, the Arctic University of Norway, and the University of Salford. His expertise spans multiphysics modelling, simulation, and engineering design, with significant contributions to both academia and industry. As Conference Chair, Professor Moatamedi brings a wealth of experience and a commitment to fostering innovation and collaboration in the conference.

Theo is bachelors educated in Physics, Chemistry, Mathematics from Leiden University. He has a Masters in Experimental physical chemistry, and a PhD in Chemistry. He has held a full Professorship at Delft University of Technology (Chemical Engineering and Materials Science, 1987 – 1999 and Kluyver Laboratory of Biotechnology, 1999 – 2013). He has also held adjunct Professorships at Leiden University (LUF, 1999 – 2006, and, Leiden Institute of Chemistry, 2006 – 2009). Currently Theo is Guest professor, Lorentz Institute for Theoretical Physics, Leiden University, and an Honorary Research Associate, Genetics, University of Madison, Wisconsin. He is also a Visiting Professor, Johannes Gutenberg University, Mainz, and a Member of the Royal Dutch Academy of Sciences (KNAW).

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 today has almost eighty publications or conference papers in various scientific fields, dealing specifically with Astronomy, Variable Star Astronomy, Large-Scale Structure of the Universe, Cosmology and Cosmogony. In particular, Lorenzi proposed The Expansion Center Model (ECM) of the experimentally checked Rotating & Expanding Universe (REU) (cf. the address https://www.researchgate.net/profile/Luciano-Lorenzi ).

Dr. Edgar Ricardo Quiroz Villón is a senior mining executive, civil engineer, and specialist in tailings management, water resources, geotechnical engineering, ESG governance, and digital transformation. With more than 25 years of experience in major mining projects and operations in Latin America, Canadá and Australia. He’s Executive Chairman & CEO of Frame Limited, a bootique consulting company focused on mining engineering, tailings governance, risk management, ESG, and applied innovation. His expertise includes the integration of artificial intelligence, machine learning, digital twins, predictive analytics, remote monitoring, and autonomous technologies to improve the safety and performance of tailings storage facilities and critical mining infrastructure. His current work focuses on Al-powered risk management, Mine-to-Tailings digital transformation, predictive monitoring systems, and the application of robotics and machine learning for safer and more sustainable mining operations.

James M. McCanney, M.S., is an independent researcher, scientist, and entrepreneur with extensive experience in applied science, engineering concepts, and interdisciplinary research. As the owner of JMCCanneyscience® LLC and JMCC WING® LLC, he has dedicated his career to advancing innovative scientific ideas and developing practical applications across multiple domains. Professor McCanney is widely recognized for his analytical approach to complex scientific phenomena and his commitment to independent research. His work spans various fields, where he has contributed insights through research publications, technical discussions, and public engagements. During his 50 year career he has taught university level Physics, Mathematics, Computer Science and Astronomy and spent over 25 years as a principal engineer in the telecommunications industry specializing in telecommunications protocols, security and encryption. In addition to his research and business leadership, Professor McCanney is an active speaker and media contributor, frequently appearing on television and radio programs to share his expertise and perspectives on scientific developments and emerging technologies. His ability to communicate complex concepts in an accessible manner has made him a respected voice among diverse audiences. Through his continued efforts, Professor McCanney remains committed to exploring innovative solutions and contributing to the broader scientific and educational community.

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 today has almost eighty publications or conference papers in various scientific fields, dealing specifically with Astronomy, Variable Star Astronomy, Large-Scale Structure of the Universe, Cosmology and Cosmogony. In particular, Lorenzi proposed The Expansion Center Model (ECM) of the experimentally checked Rotating & Expanding Universe (REU) (cf. the address https://www.researchgate.net/profile/Luciano-Lorenzi ).

Professor M. Moatamedi is a globally recognized leader in industrial engineering and multiphysics research. He is the President of The International Society of Multiphysics. His academic background includes a Ph.D. in Engineering from the University of Sheffield, an MBA from Manchester Business School, and an LLM in International Business Law from the University of Leeds. Throughout his distinguished career, Professor Moatamedi has held senior academic and leadership positions at esteemed institutions such as New York University, Imperial College London, Cranfield University, the Arctic University of Norway, and the University of Salford. His expertise spans multiphysics modelling, simulation, and engineering design, with significant contributions to both academia and industry. As Conference Chair, Professor Moatamedi brings a wealth of experience and a commitment to fostering innovation and collaboration in the conference.

Bella Gwon is the CEO and Founder of AgUni, a deep-tech pioneer reshaping the future of sustainable agriculture, biotechnology, and cosmic life support systems. Under her visionary leadership, AgUni developed "AgDome," a unique, hyper-controlled, and closed-loop agricultural smart factory infrastructure. This cutting-edge system seamlessly integrates precision engineering, real-time data analytics, and AI-driven growth optimization. Notably, AgDome has been strategically elevated to meet strict Living Modified Organism (LMO) standards, a technical breakthrough that has successfully driven the company’s selection for prominent national biomedical and biotechnology projects. Championing a disruptive agricultural CDMO (Contract Development and Manufacturing Organization) and asset-light model for rapid global scalability, Bella is redefining how bio-infrastructure is deployed worldwide. She envisions a decentralized future for food systems, aiming to secure the longevity of humanity, life, and global food security through digital farming rights and blockchain-based tokens. Driven by a mission to scale advanced agricultural technology from climate-impacted, extreme environments on Earth to deep-space habitats, she effectively bridges the frontiers of advanced engineering, data science, and global biosecurity. Recognized globally for her forward-thinking leadership, Bella was officially selected for the World Economic Forum’s (WEF) prestigious Frontier Program and invited to the Davos Forum as a leading tech innovator. Under her direction, AgUni is driving high-profile international initiatives, including its selection for the competitive Qatar National Fund project, and is actively expanding its global footprint with a European headquarters established in Vienna, Austria.

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.

Theo is bachelors educated in Physics, Chemistry, Mathematics from Leiden University. He has a Masters in Experimental physical chemistry, and a PhD in Chemistry. He has held a full Professorship at Delft University of Technology (Chemical Engineering and Materials Science, 1987 – 1999 and Kluyver Laboratory of Biotechnology, 1999 – 2013). He has also held adjunct Professorships at Leiden University (LUF, 1999 – 2006, and, Leiden Institute of Chemistry, 2006 – 2009). Currently Theo is Guest professor, Lorentz Institute for Theoretical Physics, Leiden University, and an Honorary Research Associate, Genetics, University of Madison, Wisconsin. He is also a Visiting Professor, Johannes Gutenberg University, Mainz, and a Member of the Royal Dutch Academy of Sciences (KNAW).

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.

Physics is my passion. To understand how galaxies, stars and planets have formed from coulds of primordial hydrogen, and to comprehend how billions of years of evolution have led to today's civilization, reamins utterly fascinating for me. Thus the search for the ultimate laws of nature in physis and cosmology continuously accompanies me. Pursuing these matters led me to hold physicists such as Einstein, Schrödinger and Dirac in high respect, because those founding fathers of modern physics have been researching in all fundamental fields, from cosmology to particle physics. Indeed, there are many unknown gems in their papers, while a lot of problems they have named remained unsolved to this day. In my life, I have always tried to deepen my knowledge without narrowing it, and what I have learned in law, and neuroscience and as a teacher helps me to understand physics as a whole. In particular, dealing with the history, methodology and philosophy of science led me to scrutinize the current standard models of physics and to challenge their validity, and to point out some obvious aberrations. My book was given the “Science book of the year” award by the German science journal "Bild der Wissenschaft“ , and its English edition “Bankrupting Physics - How Today’s Top Scientists Gambled Away Their Credibility” was published by Palgrave Macmillan. Another very controversial book was "The Higgs Fake – How Particle Physicists Fooled the Nobel Committee". My biggest source of motivation are book about and by physicists of past times, such as Ernst Mach, Albert Einstein, Erwin Schrödinger, Werner Heisenberg, Paul Dirac, Robert Dicke und Richard Feynman. Recently, I’ve been impressed by books of Nassim Taleb, Daniel Kahnemann, Nick Bostrom and Jean Ziegler. I am happy and grateful for the privilege to dedicate a significant part of my life to science. I think that freedom and peace, which can be found in this country more than elsewhere, cannot be taken for granted and require our care - and in this respect, particular attention is needed for the information that we get from the media. I’d be happy if you follow my views about physics and other matters on twitter or facebook. Apart from physics, my recreational activities are hiking, jogging, playing chess and the piano, and having fun with my family. We all can just hope to contribute a little to the respect humankind may get from future civilizations.

Dr. Edgar Ricardo Quiroz Villón is a senior mining executive, civil engineer, and specialist in tailings management, water resources, geotechnical engineering, ESG governance, and digital transformation. With more than 25 years of experience in major mining projects and operations in Latin America, Canadá and Australia. He’s Executive Chairman & CEO of Frame Limited, a bootique consulting company focused on mining engineering, tailings governance, risk management, ESG, and applied innovation. His expertise includes the integration of artificial intelligence, machine learning, digital twins, predictive analytics, remote monitoring, and autonomous technologies to improve the safety and performance of tailings storage facilities and critical mining infrastructure. His current work focuses on Al-powered risk management, Mine-to-Tailings digital transformation, predictive monitoring systems, and the application of robotics and machine learning for safer and more sustainable mining operations.

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.

Prof. Gideon Samid, PhD, pioneered Innovation Science: the organized innovation-relevant knowledge, apart from subject matter expertise. After years of extensive scientific innovation in large places like NASA and Exxon, and running specialized innovation consultancy, Gideon returned to his alma mater, the Technion - Israel Institute of Technology where he developed his PhD dissertation: accelerating innovation through a regimented exploitation of creativity outburst. Having proven the efficacy of Innovation Science, Prof. Samid augmented his product through artificial intelligence, AI. See book: "AI Assisted Innovation". His innovation methodology InnovationSP.net led to abstraction of geometry, space, and mathematical formalism, which in turn led to the unsettling realization that humans sense and consider reality using their Darwinian brain that was shaped by evolution to maximize survival, not to comprehend reality in full. The prospects of unbound parts of reality being invisible to us is tantalizing. (Related to the question of extraterrestrials). Can we overcome this blindness? It is worth a try. Gideon Samid is now applying the full force of AI to see cosmology beyond the limitations of our Darwinian brain.

Brian Barnett is the Founder and CEO of Solstar Space Company, a U.S. commercial space communications company developing connectivity solutions for spacecraft, payloads, astronauts, and lunar surface systems. He has worked in the space industry for more than three decades, including direct NASA roles supporting Space Shuttle payload operations, astronaut training, and mission operations. Brian’s graduate studies focused on space life sciences, microgravity research, and commercial space development, giving him both scientific and business foundations in the space sector. Since the late 1980s, he has been active in commercial space development, including work with KPMG’s Space and High Technology practice, where he developed expertise in mobile satellite communications and commercial space markets. At Solstar, Brian has served as Principal Investigator on four successful spaceflights demonstrating Solstar's commercial spacecraft connectivity and data relay technologies, including the Deke Space Communicator, which is operating successfully today on Momentus' Vigoride spacecraft. Solstar's recent work includes LEO communications, payload networking, Wi-Fi-enabled connectivity, wireless networking and communications systems for lunar surface missions, and broadband relay services.

Diego Paldao is a key member of Volta Space US leadership team, headquartered in Washington, DC, where he leads all commercial initiatives for the company’s cutting-edge lunar power system. Volta Space is pioneering the development of wireless power generation and transmission technologies designed to enable sustained lunar exploration and permanent presence. The company’s innovative solutions support a diverse portfolio of clients, including NASA and other U.S. government agencies, as well as private sector partners investing in the future of lunar infrastructure. Diego also leads efforts to promote and commercialize Volta’s space domain defense capabilities as well as the enhancement of existing UAS systems. In his role, Diego drives global business development efforts, identifying and cultivating new strategic opportunities that leverage Volta’s proprietary wireless power capabilities. These technologies are critical for overcoming the challenges of the lunar night, enhancing mission duration, and maximizing the operational effectiveness and return on investment for lunar rovers, landers, and habitats. Diego is also responsible for Volta’s global commercial and marketing efforts including the promotion of Volta’s tremendous capabilities for civil and defense agencies. With over 25 years of experience in the global telecommunications industry, Diego brings a wealth of expertise spanning satellite communications, Internet, and fiber networks. He has developed relationships and business from both the commercial or private sector as well as with Space Agencies and Defense organizations. His early career focused on GEO and MEO satellite systems, followed by expanded roles working with teleport operators, service providers, and Low Earth Orbit (LEO) satellite companies. Diego joined Volta to spearhead business development and strategic initiatives aligned with the company’s mission to power humanity’s next frontier in space.

William Dean Kennard is a cybersecurity researcher and the lead architect of the Advanced Digital Guardian (ADG) project, also identified as the Linda 1950 protocol. Drawing from a disciplined career as a certified chef in high-demand hospitality environments, William applies a structured, methodology-driven approach to solving complex digital vulnerabilities. His current research is focused on developing an AI-driven oversight framework that enforces granular control over data privacy, shifting the paradigm from reactive security to proactive, user-centric defense. By integrating white-hat hacking methodologies with automated, behavioral-based oversight, the ADG project aims to create a hardened, protocol-level barrier against unauthorized data ex filtration. William’s work addresses the urgent need for transparent, high-integrity privacy layers in decentralized and IoT-integrated ecosystems. He is committed to advancing digital resilience through rigorous engineering and the implementation of robust, tamper-evident security architectures for the modern, hyper-connected landscape.

Kate Appleby is Deputy Head of Space Environment at the UK Space Agency, where she leads work supporting the UK's resilience to space weather and represents the UK internationally through strategic partnerships and collaboration. With a background spanning scientific workstreams, resilience and national programmes, she has extensive experience delivering complex scientific and policy initiatives. Alongside her technical work, Kate is an accomplished public speaker and a passionate advocate for diversity, inclusion and representation. She actively champions women and underrepresented groups in STEM, sharing her own experiences of overcoming adversity and breaking barriers to inspire a more inclusive future for science and space.

James M. McCanney, M.S., is an independent researcher, scientist, and entrepreneur with extensive experience in applied science, engineering concepts, and interdisciplinary research. As the owner of JMCCanneyscience® LLC and JMCC WING® LLC, he has dedicated his career to advancing innovative scientific ideas and developing practical applications across multiple domains. Professor McCanney is widely recognized for his analytical approach to complex scientific phenomena and his commitment to independent research. His work spans various fields, where he has contributed insights through research publications, technical discussions, and public engagements. During his 50 year career he has taught university level Physics, Mathematics, Computer Science and Astronomy and spent over 25 years as a principal engineer in the telecommunications industry specializing in telecommunications protocols, security and encryption. In addition to his research and business leadership, Professor McCanney is an active speaker and media contributor, frequently appearing on television and radio programs to share his expertise and perspectives on scientific developments and emerging technologies. His ability to communicate complex concepts in an accessible manner has made him a respected voice among diverse audiences. Through his continued efforts, Professor McCanney remains committed to exploring innovative solutions and contributing to the broader scientific and educational community.

Dr. Julien Boblique is a prominent independent researcher and the leading architect behind the Science 4.0 paradigm and the Bio-OS V8 structural framework. Specializing in systemic resilience, mathematical physics, and infodynamics, his work redefines how complex systems manage entropy and optimize flow control across multiple scales—from cellular biology to macro-environmental structures. With highly-indexed peer-reviewed publications showcasing an impactful track record (Impact Factor 7.019), Dr. Boblique focuses on the mathematical primacy of geometric containers over random drift. His current research investigates topological transduction, epistemic transitions, and the alignment of phase in boundary-defying ecosystems. As an invited Keynote Speaker at ICGAC 2027, he bridges the gaps between thermodynamics, structural engineering, and cosmological architectures, offering a unified operational framework designed to steer systemic integrity and pioneer the transition from baseline data noise to deterministic signal resonance.

Life is too full of interesting people and beautiful things to design and build to have been an accident. I grew up with a professional engineer-builder father who taught me from an early age about physical principles, how to think through the process of designing, building, and operating things by understanding the properties and strength of materials used in creating a range of structures from semiconductors to factories. My mother taught me that the moral arc of the universe is about spiritual truth. Both were necessary and valid in their approaches. An innate generalist, Duke University forced me to choose a major in 1966. Told there was no way to visualize wave-particle duality in the obviously structural components of matter, I bailed for a while on physics and segued to Economics with its promise of a mathematical utopia—but only after a brief but life-changing exposure to logical monism as Advaita Vedanta in a course on world religions. Advaita posits all existential phenomena as the expression of one essentially superconscious, continuous potential that sources all things out of itself. My working life has been in the design, construction, and related risk management fields. I currently work remotely with my brother, Paul Gibson, as a Senior Project Designer in his architectural firm at StudioBGP.com, using AutoCAD, Revit, and other vector and raster imaging software to implement my personal knowledge base for a project. Revit is a Building Information Modeling (BIM) system offered by Autodesk that ambitiously models all components of a building asset from design conception through resource procurement, construction, job costing, scheduling, lifetime use/occupancy, demolition, and recycling/disposal. I have used AutoCAD extensively in my modeling of fundamental particle structure as 3D waveforms for its vector formatting precision. Recently, modeling in a teleparallel framework as an equivalent of General Relativity, this TEGR develops gravity as torsional rather than based on curvature, along with rest mass, half spin, and charge, as quantum effects of a single torsion-contortion connection at the femto scale, gauged by an invariant inertial constant, ת (tav), as a stiffness factor of a base bulk. The model is consistent with established observational data. It posits particles as emergent quantizations of a single 3D base space, the expressions of an elastic substrate with an intentional capacity for initiating and an inertial capacity for sustaining recursive structural forms in an interactive process of determinable change, as a 4D total spacetime. I am currently working toward a form of Cosmological Information Modeling (CIM) that posits a generalization of this model, applicable to any modeling process for a depiction of the emergence of formal structure from its related qualitative formless potential. Results can be found on my LinkedIn profile posts and my personal outreach website at UniServEnt.org.

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.

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."

Dr. Massimo Medesani, PhD, is a philosopher and insurance professional specializing in the sustainable impact of economic and insurance activities, with a focus on climate change. He holds a Bachelor’s degree (1992) and a Doctorate in Philosophy (2023) from the University of Genoa, along with a PhD earned in 2023 in Brooklyn. He also completed training in Human Resources in Rome. Dr. Medesani serves as a member of the Scientific Committee of CESIA Insurance Intermediaries and the Pension Fund Committee of the FATA Insurance Group, and is Secretary of the FATA Insurance Agents Group. With extensive experience as a General Agent for FATA and Cattolica Insurance, he has actively contributed to industry negotiations and conferences. His work bridges philosophy, economics, and insurance, promoting sustainable practices through collaboration with scientific and economic organizations.

DR JM NIPOK has spent 45-plus years researching the implications of applying general relativity and special relativity to eternal time and infinite space. When we strip away the assumptions of a hot, dense center or some type of non-infinite universe, all the puzzle pieces begin to fit together very elegantly.

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. Regnault Umaru Bamiji, DFIICEST, PhD is the Chairman and Chief Engineer of Glyms Industries Ltd. He is an aerospace engineer, inventor, and technologist with a strong background in astronomy and rocket science, having studied at the University of Arizona and the University of Michigan. A former military officer and FAA-certified commercial drone and helicopter pilot, Dr. Bamiji has independently developed multiple innovations, including a jet helicopter, jet engine, gyroplane, and advanced self-charging power systems. His work has earned recognition from the Nigerian Civil Aviation Authority for pioneering locally built aircraft. He has been involved with the Nigerian Space Agency (NASRDA) in rocketry research and is affiliated with leading international professional bodies, including the Aircraft Owners and Pilots Association (USA) and the American Institute of Aeronautics & Astronautics. Dr. Bamiji is also a founding partner of Odyssey Energy LLC (USA)

Joseph Mancinelli is an independent researcher and industry leader in artificial intelligence and theoretical physics integration, specializing in the unification of information theory, gravitational dynamics, and cosmological modeling. His work focuses on fusing advanced AI reasoning systems with foundational physical principles derived from Einstein, Planck, Hobgood, and related contributors to classical and modern field theory. He is the originator of the Quantum Informational Gravity (QIG) framework and the Arc Neo Rapid Displacement Model, which together provide a unified, non-ghost, non-exotic approach to gravitational dynamics, dark-sector phenomena, and nonlinear stability in multi-body systems. His research emphasizes mathematical stability, physical consistency, and the avoidance of speculative constructs, demonstrating how several long-standing anomalies can be resolved by extending and refining existing theoretical structures rather than introducing new particles or unphysical fields. Joseph's work bridges physics, computation, and AI-driven discovery, positioning artificial intelligence as a rigorous analytical tool for validating and extending foundational physical theories.

Andrew Logan Beachy is an independent researcher and Principal Architect of Vector Coherence LLC. He writes on theoretical physics, the philosophy of consciousness, and the practical phenomenology of sustained human–AI collaboration. He is the developer of Vector Coherence Theory (VCT), a structural reinterpretation of gravitational and cosmological phenomena submitted to ICGAC2026, and the co-author of Beyond AI Psychosis, a taxonomy of failure modes in long-duration AI interaction developed from inside the territory it describes. Beachy's research is conducted in collaborative partnership with AI systems across multiple architectures - an approach he formalizes as the Distributed Sanctuary methodology - and is subject to structured adversarial review at every stage. He lives and works in Lansing, Michigan

Alissa Pott is an artist, science communicator, and scientist. She combines her expertise to create interactive content on complex scientific topics (quantum physics, astrobiology, DNA, etc.). Through game design and magic shows, she aims to spark interest in science among the general public. She is currently working on Drake's Dice, an outreach game about astrobiology.

Jason Robert Albertson is a dynamic and highly experienced military trainer and field research professional with a distinguished career spanning over two decades of service in the U.S. Army and related operational environments. He has trained more than 5,000 soldiers across multiple disciplines and coordinated over 24 large-scale training events with a consistent 100% success rate, reflecting strong leadership, precision, and operational excellence. He has held multiple leadership roles, including NCOIC CBRNE Specialist and Hazmat Officer at Fort Bliss, Texas, where he managed extensive training programs, equipment valued in the millions, and achieved flawless accountability records. His military service also includes deployments and assignments in Iraq, Germany, Fort Bragg, and Fort Bliss, where he led teams, oversaw complex CBRN operations, and contributed to mission-critical defense training activities. Albertson currently serves as Lead Field Research Officer for Project Contact, where he is involved in advanced consciousness exploration studies, developing investigative protocols, and coordinating multidisciplinary research initiatives. He also serves as MUFON Pennsylvania State Section Director (Area #3), where he has successfully closed over 90 cases related to unexplained aerial phenomena and has been featured in media outlets including Ancient Aliens and WNEP News Nation. In addition to his operational and research work, he is an author of The Sleeping Entity, a debut book exploring themes of consciousness, perception, and unknown frontiers of reality. His work reflects a lifelong interest in exploration, both scientific and philosophical. Albertson is a decorated veteran, recipient of the Bronze Star, Presidential Volunteer Service Award, and multiple Army commendations, and is recognized for his leadership, adaptability, and commitment to service across military and civilian domains.

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.