Eviana Alice Breuss is a CEO and Co-Founder of Tengena, USA, with more than 30 years of experience in basic and translational research, previously served at Columbia University School of Medicine, and NYU School of Medicine, as well as collaborated with Harvard University, Bristol-Myers Squibb, Cognate Therapeutics, Weill Cornell Presbyterian Medical Center, and Memorial Sloan Kettering Cancer Center, NY. She obtained her PhD in Biochemistry and Molecular Biology in 1998. Dr. Breuss has extensive experience in designing, developing, and implementing government, DoD, and non-profit organizations grants, clinical trials, and establishing lasting academia-industry partnerships. She has publications in peer-reviewed scientific journals, including Nature and American Journal of Pathology. Her recent interests are focused on implementation of integrated photonic architectures and metamaterial solutions for semiconductors and accelerated and quantum computing applications, based on the Tengena’s unique sub nanoscale advanced materials and plasmonic integration technologies. Her team has developed state-of-the-art fabrication platforms that merge precision inline plasma pulse systems and adaptive acoustics. This cutting-edge approach allows to assemble advanced materials and metamaterials at pico- and nanoscale with unparalleled accuracy and consistency, ensuring superior material performance to unlock unprecedented control over electromagnetic, thermal, and optical properties at the sub nanoscale. This approach not only opens the new level for practical applications but opens the pathway for collaborative research in fundamentals of quantum physics, including fascinating field of discrete time crystals, time symmetry, repulsive gravity, and quantum entanglement.

Mr. Jerett Wingrove Educated at leading institutions and engaged in transformative research, I forged influential collaborations with renowned Dr. Breuss and Tegena, fueling my passion for sustainable energy innovation. My academic journey laid the groundwork for developing the EA hydrogen water energy system—a pioneering, intricately engineered solution that draws inspiration from the simplicity inherent in all life processes. From my earliest experiments as a curious child to advanced computational modeling today, I have witnessed how nature’s universal principles govern efficient, resilient energy flows, driving both biological and technological evolution. My work is rooted in a legacy of ingenuity, inspired by my grandfather’s pivotal role in designing the B‑2 stealth bomber. That experience instilled in me a profound commitment to innovation and precision, urging me to challenge conventional boundaries in pursuit of groundbreaking ideas. At The Center for Life, I lead interdisciplinary research and community education initiatives such as STEM, TIFEH₂ hydrogen storage, working to disseminate revolutionary concepts and empower the next generation of innovators. What sets the EA system apart is its elegant simplicity. While harnessing cutting‑edge catalytic processes and advanced simulations, its core design mirrors the fundamental laws that govern every living organism. This seamless integration of sophisticated technology with the straightforward design of natural processes transforms complex scientific principles into an accessible, sustainable energy solution. I remain dedicated to continuously expanding the boundaries of renewable energy research, inspired by nature’s own blueprint, and committed to creating a lasting impact on our global community.

Dr. Vincent Knapp have over 30 years of experience in construction and engineering, mainly focused on high-tech manufacturing facilities, research and development labs, and university cleanrooms. My work has covered everything from new cleanroom construction to renovations and tool installations. Some of the notable projects I’ve worked on include TSMC AZ Fab 21, multiple Intel Fabs (6, 11X, 12, 22, Foundry), and cleanroom renovations at Arizona State University and Cornell University. I also played a key role in cleanroom upgrades for Corning Inc., including projects in Sullivan Park and Taichung, Taiwan. I specialize in HVAC design, cleanroom construction, and tool installations, with strong expertise in maintaining cleanroom protocols and managing molecular contamination (particles, organics, aerosols, vibration, thermal swings, and sound). My responsibilities have included project management, engineering design/build, QA/QC testing, leak detection, and developing standard cleanroom procedures. I’ve also conducted root cause analysis for contamination problems and helped optimize R&D lab upgrades and manufacturing scale-ups. Throughout my career, I’ve worked closely with teams on planning, budgeting, and installing sensitive tools in cleanroom environments, ensuring top performance and compliance with industry standards.

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.

Dr. Andrew Morgan is a scientist, educator, author, and interdisciplinary researcher whose work spans the life sciences, advanced physics, aerospace systems, defense, and education. He is the lead researcher at NRGscapes LAB, where he directs a cutting-edge program investigating scalar field resonance, gravity modulation, and trans medium propulsion technologies inspired by Unidentified Anomalous Phenomena (UAP). His work integrates observational data, theoretical modelling, and waveform analysis to develop next-generation mobility frameworks. Dr. Morgan has served as a science educator with the Western Australian Department of Education, where he pioneered STEM programs that bridge space science with classroom learning, including A Mission to Mars initiative. His career includes roles in the military, resource extraction sectors, and with NRGscapes LAB research-driven field deployments across remote regions of Australia. In addition to his scientific work, Dr. Morgan is an accomplished author. His publications include the ‘Skimmer’ science fiction series, his personal autobiography reflecting on life as an experiencer of the Phenomenon, and his forthcoming non-fiction work Forbidden: A Science of Secrets, which explores the intersection of hidden knowledge, advanced physics, and disclosure. Dr. Morgans multidisciplinary expertise connects scientific innovation with education and public engagement, positioning him at the forefront of a transformative shift in how we understand gravity, consciousness, and space.

Francis Govers is the Associate Director of Aircraft Autonomy at Collins Aerospace. He leads a team of engineers and designers for the next steps in aircraft capability, pilot workload reduction, resilient navigation, and assured autonomy. Francis started his career in the US Air Force as a Satellite Communications Specialist, then went to NASA where he worked his way up to being the Lead Engineer for C2 for the International Space Station, and also contributed to the space shuttle, Moon and Mars exploration, and space robotics. He was the founder of the Advanced Simulation Laboratory at TASC, and led many simulation projects for Eurocontrol, NASA, DARPA and the FAA, including the F-35 Joint Strike Fighter, BMDO, and numerous unmanned systems projects. Francis became involved in Artificial Intelligence in 1994, and has authored two books on the subject, and has become a sought-after expert, presenting at conferences and organizations like the Horasis Global Meeting. Francis is active in the community, and has volunteered to work with ASTM, RTCA and GAMA (General Aviation Manufacturers Association), as well as being active in STEM programs – BEST (Boosting Engineering Science and Technology), FIRST Robotics, and helping start the AVR – Advanced Vertical Robotics competition, now in its sixth year. His work in robotics and autonomy started in 1984 with industrial robots for assembly lines, and, with the DARPA Grand Challenge in 2004 branched into self-driving cars, boats, and aircraft. He is the designer or engineering lead for over 30 unmanned and autonomous vehicles for land, sea, air and space. His assignments have shown an increasing level of responsibility from Chief Engineer, VP of Engineering and CTO appointments. As CTO of Gamma 2 Robotics, he designed RAMSEE, the security guard robot. Highlights also include publishing 48 papers or articles in periodicals, author or joint author of five books, including the best-selling “Artificial Intelligence for Robotics” first edition in 2018 and the second edition in 2024. He was in charge of the “Yellow Line” for NFL Football, designed the telemetry system for NASCAR and IndyCar, and managed a Zeppelin Airship for Airship Ventures. At Bell Textron, he founded the Autonomy Department and supported numerous cutting edge development projects, including the V-247 Vigilant UAS, several UAS proposals, the Bell 360 Invictus scout helicopter, and the V-280 Valor, which won the Army’s Future Long Range Assault Aircraft contract. He founded the Textron Autonomy Council that coordinated autonomous vehicle projects across that organization. Francis is the recipient of numerous awards, including five outstanding achievement awards from the International Space Station program, “World Changing Ideas” from Scientific American, the Chapter Award from the National Space Society, and awards from the Army and Boeing for Future Combat Systems. He was named a “Titan of Autonomy” by the Vertical Flight Society in 2023. Francis received his bachelor’s degree in Math and Computer Engineering at Texas State University, and his Master of Science Degree at Brandeis University. He holds a commercial, instrument and multi-engine rating as a pilot.

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. Al Thani is recognized internationally as a leading expert in quantum cosmology and fundamental physics.

DR. FRANCISCO BULNES, PhD, PostDocs, Doctor H. C., HonDSc, zbMATH, MathSci PhD in Mathematical Sciences, IM/UNAM. IINAMEI Director, Mathematics Research Centre in Mexico, 2015-Actually. Pioneer in curvature energy theory, formal theory of engineering and mathematical theory of nanotechnology. Editor-in-Chief of Journals of Mathematics, in USA, and India, 2015- Actually. Member of various international committees of science. Reviewer of British journals of mathematics and physics in SCOPUS; Head of Research Department, GI- TESCHA. Numerous papers (more than 150) in mathematics and physics research journals, and author of much books of mathematics and physics. Recognised and famous in East Europe, Asia, Arab continents. He has many theories, theorems, math objects with his name, as example his transforms pair on quasi-relaxation on materials (acquaintance as Bulnes's transforms) or many theorems on derived categories and moduli space identities. 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

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

Former Professor (Dr., Physics) at the Univ. of Tokyo, and Guest Scholar at MIMS (in Tokyo, Meiji Univ. Inst. Adv. Stu. Math. Sci.). from 2023. ? Planned lecture title is Gravitation and Fluid Gauge Theory, Unraveling the Dynamical Mystery of Galaxies ? Fluid Gauge Theory was proposed in 2021 by extending the stress-field from isotropic pressure to anisotropic Maxwell-type stress; ? Acoustic wave radiated by head-on collision of two vortex rings was detected experimentally first in 1983; ? General representation of rotational flows satisfying the Eulers equation of an ideal compressible fluid(2013) paved a way to the fluid gauge theory; ? Dust striations formed in the Kundts resonance tube (1866) was retrodicted in 2022 by the Fluid Gauge Theory. ? Honorary Member, Japan Soc. of Fluid Mech.; ? Chairman of Japan Nat. Comm. Theo. Appl. Mech. (1997-2003); ? Member of IUTAM Bureau (2004 08); ? Visiting Professor at the Chern Institute of Math., Nankai Univ. (China, 2003 10); ? British Council Scholar at Univ. of Cambridge (1974 - 75); ? When an undergraduate student, studied Astrophysics and Astronomy at the Univ. of Tokyo; Born in 1940 (Japan). Living in Tokyo, Japan.

Dr. Johnson has recently developed a new model in physics that is an extension of Einstein's E= mc^2 through the application of light-based geometry enabling rearrangement of Einstein's equation to c^2=E/M (electromagnetism) and placing this onto a mathematical cross, to identify a SUSY inversion model, that enables the identification of dark matter and dark energy (see my SUSY inversion model). This creates a model in physics that includes positrons in the atomic structure, to restore geometric inverted symmetry, and generate a logical approach to non-measured understanding of the universe at the Planck scale (Planck Epoch without time 1E-43 seconds and space 1.6E-35 meter) with the geometry of light (no mass and no charge) as a technology platform for quantum biology.

Peter G. Gyarmati received his engineering (electrical) and later a mathematical degree in Hungary then a doctorate (1971) at Manchester University in computer science. Worked for IBM and ICL at their research center for networking: Aloha net and later on TCP/IP protocol. Also, have patents (1980) for portable computers. Invitation in 1998 went to Stanford University to lead the introduction of STEM-type education. His mentor Edward Teller called his attention to the interdisciplinary of mathematics and physics. After some years (2008-2012) at Cambridge University, GB retired to Hungary. He wrote 19 books and more than 50 research papers. His idea is to make it understandable and to show the importance of non-Euclidean geometry.

Dr. David Levitt is a cognitive scientist, software engineer, AI researcher, virtual and augmented reality innovator, entrepreneur, musician, physicist and writer. Dr. Levitt is co-founder, president and CEO of Pantomime Corporation, and a Research Fellow at Stochastic Labs. Education Levitt earned his B.S. in Engineering and Applied Science at Yale; and his masters in Electrical Engineering and Computer Science and doctorate in Artificial Intelligence at MIT. Physics Dr. Levitt, whose physics career began with solid state physics work at Bell Labs, is especially passionate about physics education and misconceptions about relativity. In the fall of 2023 he presented Accelerometer Experiments Clarify Einstein’s Gravity Theory at the ACP 2023 Conference on Fundamental and Applied Physics in George, South Africa. His approach provides easy ways to use smart phones to show gravity is a fictitious force arising from spacetime curvature, simplifying explanations of general relativity. He followed this with the invited paper Completing Feynman’s Gravity Lecture at the Gravitation 2024 conference in Florence, Italy, and will be a Keynote Speaker at the Gravitation, Astrophysics, and Cosmology summit ISGAC 2025 in Valencia, Spain. In 2023 Levitt joined Stochastic Labs in Berkeley as a Research Fellow, renewing his focus on algorithmic music and physics. In 2024 he began working with the Wolfram Institute on clearer computational models of gravity in physics. Levitt plays and improvises music fluently on keyboards and vocals. He lives with his family in Sebastopol, California

Ryan M. Duarte is a sovereign architect and innovator working at the intersection of astrophysics, advanced computation, and ethical artificial intelligence. Founder of the Global Science League and architect of the ZIA/THEO Field Framework, he has pioneered quantum‑inspired methods for gravitational modeling and high‑efficiency computation without quantum hardware. His designs — including the Theo Math Harmonic Framework — advance gravitational wave analysis, deep‑space navigation, and energy optimization. Duarte also created the Knowledge‑Backed Token (KBT) Economy, aligning AI innovation with human dignity and sustainable post‑singularity civilization planning. Known for bridging deep theory with practical systems, he speaks globally on uniting astrophysics, cryptography, and sovereign systems engineering into a coherent, ethical, and future‑ready framework.

Lanson B. Jones Jr. is a quantum field energy systems architect and co-theorist of the η³ Unified Resonance Theory—a pioneering framework that describes mass, gravity, and consciousness as emergent from the resonant curvature of light through harmonic scalar fields. As Chief Innovation Officer at NovaSpark Energy, he leads the development of atmospheric hydrogen generators and coherent plasma energy systems that produce fuel and power from ambient moisture and field resonance. These technologies deliver sustainable, infrastructure-independent energy for aerospace, defense, and off-grid applications. Jones is also advancing the field of quantum nanomaterials, developing graphene composites with tuned resonance properties for applications in wireless energy transmission, electromagnetic shielding, and quantum coherence modulation. Through both experimental validation and theoretical modeling, his work bridges gravitational theory, quantum resonance physics, and applied plasma engineering. His demonstrations of Tesla-inspired Zenneck wave transmission and toroidal field propagation reveal the practical implications of a wave-based cosmology grounded in geometry and field dynamics. He speaks globally on the convergence of unified physics, sustainable technology, and consciousness science. His work heralds a new scientific era—where geometry, resonance, and consciousness converge as the fundamental blueprint of gravity, energy, and life itself. Beyond unifying physical laws, his deeper mission is to restore coherence between what we measure and what we embody—between science and soul. In the Way of the Heart, coherence is not merely a force of nature—it is the signature of alignment with truth. And at its highest frequency, that coherence is agape: the self-giving, unconditional love that harmonizes all things. It is the resonance that restores, the field that heals, the waveform of divine order.

Lori D. Coombs works full-time as a Sr. AI Research and Data Scientist and part-time as an Associate Professor in the MISM program at the University of Arizona Global Campus, where she supports disciplines in information systems, environmental science, and advanced air mobility. Her lab focuses on understanding the interactions between solar energetic particles, the heliosphere, atmosphere ionosphere and magnetosphere, employing physics-based modeling, optical remote sensing, and AI to study space weather and climate change. Lori has previously managed NASA’s cybersecurity efforts for Earthdata Infrastructure and Earthdata Login missions. She was nominated for NASA’s 2022 Robert H. Goddard Award in Mentoring. She has also supported the US Senate, ODNI, NGA, and the DoD contributing to R&D in astronomy, planetary science, human systems integration and geospatial cybersecurity. Lori is a Program Advisor for the Strategic AI and Women in Leadership Programs at the University of Colorado Colorado Springs and the CEO of WWCM and WWCM Academy, a not-for-profit advocating for careers in STEAM. She has 20+ years of experience on Capitol Hill and continues to engage with organizations like UNESCO, NIST, IEEE, and the White House OSTP. Lori is pursuing a D.Sc. in Cybersecurity at Marymount University and has been accepted into the Oxford Sustainable Business Programme at the University of Oxford. She has presented at various prestigious conference and serves as a Director for the IEEE’s Northern VA Section Executive Committee and Chair of the International Conference on AI Research (ICAIR) 2024 Mini Track on AI & Human Systems Integration.

Ilya Paveliev is the Co-founder and Executive Director of the UOR Foundation, a non-profit based in Denver, Colorado, dedicated to advancing open research and cultivating a global community of leaders in data science, artificial intelligence, and decentralized technologies. At the helm of UOR, Ilya leads initiatives focused on developing open-source tools and universal standards to make data more reliable, transparent, and interoperable—laying the groundwork for a trusted and interconnected internet of AI applications. As Ilya often describes it: “Google indexed the web’s content. We index its meaning.” With a career spanning institutional finance, blockchain infrastructure, and applied AI, Ilya brings a rare combination of investment acumen and technical fluency. As Co-founder and Investment Partner at Arete Capital, he launched a $20M hybrid crypto fund backed by institutional LPs and family offices, with a strategic focus on institutional DeFi, tokenized real-world assets, and programmable capital. He continues to oversee portfolio strategy, venture investments, and cross-market execution. Previously, Ilya served as Director of Digital Assets at Haruko, where he led product and commercial efforts to scale institutional CeFi/DeFi infrastructure. At OX1 Fund, he managed a market-neutral crypto strategy across multiple cycles, while at Adrian Lee & Partners, he led currency overlay strategies for portfolios exceeding $14B AUM. His foundation in capital markets was built at Perella Weinberg Partners, advising on complex cross-border M&A transactions. He also held product leadership roles at Zeux, launching regulated crypto-banking and international savings products, reflecting his strength in bridging product execution and regulatory frameworks. A first-generation immigrant to Ireland, Ilya rose from not speaking English to graduating top of his class, earning the Gold Medal for academic excellence, and later attending Trinity College Dublin on a full scholarship to study economics. This trajectory continues to inform his mission-driven work at the UOR Foundation, where he champions open knowledge, data integrity, and the democratization of AI. He is a regular contributor to The Block, Trinity Investor Substack, and podcast platforms such as The Ben Keady Show and Alt Funds Network, where he shares insights on capital formation, macro strategy, and decentralized systems.

Besan Dahboor Engel is an Entrepreneur and Astronaut Candidate with more than a decade of experience advancing deep technologies across agri-tech, clean energy, and space. Her vision is to enable humanity to grow anywhere, from cities, to Earth’s most extreme environments to future space habitats. As the Founder & CEO of ReVora, she leads the development of advanced hydroponic and closed-environment systems. These regenerative, modular platforms are designed to sustain life beyond Earth while redefining food production and resilience on our planet. Beyond venture building, Beyond venture building, Besan serves as an advisor in the space sector and sustainability strategy, contributing to forward-thinking approaches that connect planetary resilience with off-world exploration and infrastructure development. Having lived and worked across four continents, she brings a universal perspective that bridges industries, disciplines, and environments. Her work reflects a singular mission: to build infrastructures that allow humanity not only to survive, but to expand and thrive, anywhere.

Jack Kiperman is a theoretical physicist dedicated to unifying quantum mechanics, general relativity, and cosmology through the groundbreaking framework of Universal Physics. This transformative approach resolves foundational tensions in physics by integrating shockwave dynamics, scalar energy fields, and quantum corrections into spacetime geometry. Shockwave Cosmology provides a bridge to Quantum Gravity by embedding quantum imprints into the fabric of spacetime, uniting cosmology, quantum physics, and spacetime evolution within a cohesive theoretical model. Mr. Kiperman’s innovative framework addresses some of the most profound challenges in modern physics, including the unification of forces, the Yang-Mills mass gap, and the Navier-Stokes regularity problem. By synthesizing these insights, Universal Physics provides solutions to over 27 individual problems and offers testable predictions spanning particle collider experiments, gravitational wave observations, Cosmic Microwave Background studies, and large-scale structure formation. Grounded in rigorous mathematics and empirical testability, Mr. Kiperman's work bridges the domains of fundamental physics, providing actionable frameworks for experimental validation. His approach not only advances the unification of quantum mechanics and general relativity but also inspires cross-disciplinary collaboration, offering a visionary roadmap for addressing the deepest mysteries of the universe and reshaping our perspective on the nature of reality.

Friedhelm M. Jöge, born in 1943, studied chemical engineering after an early interest in chemistry and mathematics and later worked in scientific laboratories and development departments of the chemical and pharmaceutical industries, focusing on biochemistry and macromolecular chemistry. His work reflects a deep interest in uniting physical, chemical, and biological knowledge with questions of origin, ethics, and the interplay between faith and science, particularly through his exploration of the concept of information. He has authored notable contributions including Quantum Gravity, Theory of Dark Energy, Calculation of Dark Energy and Dark Matter, and Time is Energy and Dynamic Information. Beyond science, he enjoys music, chess, and family life with his wife, daughter, and three grandchildren.

Dr. Fabrizio Degni is a distinguished AI Ethics and Governance researcher, Chief of Artificial Intelligence, technology evangelist, lead auditor, Director of the Transformation and Innovation department in E.I.N.A. and member of the scientific-legal committee, and President of the Italy Chapter for the Global Council for Responsible AI. Guided by his philosophy "Ask not if it can be done, nor how, but only if it should be done," he is deeply committed to exploring technological frontiers while ensuring AI serves humanity's common benefit through ethical, transparent, and accountable innovation.

Saadallah El Darazi is an independent theoretical physicist and the co-developer of a new light-based model of matter, where mass, charge, and spin arise from curved photon trajectories. His recent work proposes that the electron is a self-bound photon loop at the Compton scale, with higher harmonics generating atomic orbitals and charge distribution through resonance. This geometrically rooted framework eliminates the need for quantum numbers, point particles, or the Higgs mechanism—describing all fundamental fields as phase-locked light in curved spacetime. El Darazi collaborates closely with Prof. Khaled Kaja Ryan Duarte and Lanson Burrows Jones Jr. on unifying electromagnetism and gravitation through a single diffeomorphic transformation. His predictions include testable signatures in graphene interference, Schwinger pair thresholds, and vacuum birefringence. Beyond theory, he advocates for a new generation of light-based technologies in computing, energy, and medicine.

Dr. Santos's research interests are broad and impactful, covering Black Holes, Holographic Complexity, String Theory, Entanglement Entropy, AdS/BCFT Correspondence, and Horndeski Gravity. His current research project aims to explore modifications of the General Theory of Relativity with scalar-tensor couplings to study the information process in black holes through Complexity Equal Action (CA) and Holographic Entanglement Entropy (HEE). Dr. Santos's work has significantly influenced the field of theoretical physics, particularly in Horndeski Gravity. His research has made significant discoveries in black hole thermodynamics, quantum complexity, and holographic principles. Dr. Santos has contributed to a deeper understanding of the intricate relationship between gravity and quantum mechanics by investigating the growth of holographic complexity in black holes and its implications for information theory.

I like studying new things. I once received education in multiple fields such as Business Information Systems, European Business and Linguistics. Particularly I love theoretically-based research also in multiple fields including the universal gravitation, black holes and cosmic formation, origins of life, medicine and linguistics.

My current scientific research focuses on quantum computing (QC) and DNA data storage. Starting 14 years ago, I was, most likely, the first computer engineer in the world to look at quantum computing. The team I built at TUDelft was responsible for the electronic control of super-and semiconducting qubits and developed the notion of the full stack for a QC. QC research – Although QC has great potential, its underlying technology remains immature. A major reason is the lack of consensus among physicists on how to produce high-quality qubits using various technological approaches. Moreover, many errors still occur when quantum gates are executed on available qubits. In this context, after visiting top US universities, INTEL became convinced that the QuTech Full Stack, as I defined it, was the correct direction. Consequently, they decided to establish a research facility in Delft for their QC activities, with a budget of $50 million US.

Dr Goswami is a former Director of the CSIR-National Institute of Science, Technology and Development Studies (NISTADS) and the founding Dean of Mathematical and Information Sciences of Academy of Scientific and Innovative Research (AcSIR). Goswami obtained his doctoral degree form the Department of Physics, Indian Institute of Science, Bangalore on A Unified Geometrical Framework for Gause Symmetries. Trained as a theoretical physicist, Goswami made fundamental contributions in developing geometrical framework for gauge symmetric (in collaboration with E A Lord) and alternative (repulsive) theory of gravity (in collaboration with B S Sathyaprakasgh and K P Sinha). During his tenure at Centre for Mathematical Modelling and Computer Simulation, Bangalore, Goswami has mostly worked on multi-disciplinary mathematical modelling, including climate dynamics. Goswami’s research profile is unique in its wide and multi-disciplinary scope; his more than 100 research publications cover a wide spectrum of disciplines. Over the years Goswami’s work has been recognized by several honors and recognitions; he maintains a broad national and international collaborative network. He has also participated in many international science events in India and abroad. Goswami has guided fifteen Ph D students and many graduate and undergraduate students, and taught courses in Indian Institute of Technology-Kanpur and Academy of Scientific and Innovative Research. Currently Goswami is working as the Chairman, Institute of Frontier Science and Application (IFSA) an autonomous non-governmental research organization founded by a non-profit organization, Science for Inclusive and Integrated Development Trust, registered at Bangalore.

Eesha Hariharan is a junior at LASA High School in Austin, Texas, with experience in scientific research and public presentation. She has competed in the Greater Austin Regional Science and Engineering Fair, showcasing the Python automation she developed to convert printed text into speech for individuals who are visually impaired. In the summer of 2024, Eesha attended the University of Texas High School Research Academy, where she studied the relationship between the star formation rate (SFR) and U-R color index values, focusing on differences between spiral and elliptical galaxies. She applied data science tools, including Python libraries such as NumPy and Pandas, to analyze and visualize these relationships, and presented her findings in a poster session at the UT Department of Astronomy. Her paper on this project is pending publication in the Princeton Journal of Interdisciplinary Research. Her academic interests include data science, astronomy, and computational problem solving.

“Wim Vegt is a physicist known for proposing a unified framework connecting quantum physics and general relativity through what he terms the Electromagnetic–Gravitational Interaction. He earned his degree in Physics from Eindhoven University of Technology (Netherlands) in 1988 and has published multiple papers in peer-reviewed journals. In 1995 Vegt published an initial formulation of his ideas in Physics Essays, arguing that quantum probability waves are actually confined electromagnetic waves caused by a gravitational–electromagnetic coupling. He has asserted a revision to Maxwell’s equations that, he contends, corrects a longstanding modelling error and motivates a quantum model based on discrete confined electromagnetic waves carrying mass, electric charge, and quantized magnetic spin. Vegt’s later work expands these concepts to astrophysical phenomena. In 2024 he published a major article in the Journal of Laser Applications presenting the Electromagnetic–Gravitational Interaction as a unifying theory of gravity and electromagnetism. That publication claims to explain, among other effects, how light’s effective propagation speed can be reduced to zero in a Bose–Einstein condensate — the phenomenon observed in experiments by Lene Hau and colleagues at Harvard (2006) — by describing light as confined by coupled electromagnetic and gravitational fields. In October 2024 he also summarized implications for black holes, dark matter, and the interplay of light and gravity in the American Journal of Astronomy and Astrophysics. Vegt’s work is positioned as a provocative, revisionist approach seeking to bridge classical and quantum descriptions of nature by reframing electromagnetic waves as localized, massive carriers of charge and spin whose behaviour both generates and responds to gravitational effects.”

My name is Emilio Lugo, and I’m currently studying Astronomy and Astrophysics at the Florida Institute of Technology, where I also earned a Master’s degree in Systems Engineering. I’m originally from Central Valley, New York, and I’ve had a passion for the unknown for as long as I can remember. That early curiosity about the universe is what led me to pursue a career in astrophysics. With a background that bridges both scientific theory and engineering application, I enjoy approaching cosmic questions from a systems-level perspective. I’m excited and honored to have the opportunity yo speak at this conference and contributing to the ongoing conversation in our field.

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

NoelaWeramundiisafinalyearundergraduatepursuingaBachelorofScienceinAstrophysics andSpaceScienceattheUniversityofNairobi,Kenya.Herinterestsinclude:multimessenger astrophysics,exoplanetarydetection,computationalphysics,magnetohydrodynamics,particle physics and quantum computing. Her final undergraduate dissertation involves exoplanetary detection by studying stellar magnetic disturbances. This was inspired by a program she attended in July, 2024 at the Institute of Space Sciences, Barcelona, Spain. Furthermore, she hasabackgroundincomputationphysicshavingtakenpartinfullyfundedquantumcomputing courseaswellasan8weeksAI&MLdataanalyticsprogramintendedforastronomy.Having worked with software packages such as FreeCad, OpenScad, Geogebra, Jupyter Notebooks, Stellarium, PLUTO astrophysical code and Google Colab, she has developed a profound interest in astrophysicalsimulations. Shehopestopursueher Master’sdegreein exoplanetary science and computational astrophysics.

Olga Guadalupe Félix Beltrán, PhD in Science (Physics). Research professor at the Benemérita Universidad Autónoma de Puebla, Faculty of Electronics Sciences. Since 2005 she has taught physics and mathematics courses at undergraduate and graduate level. Member of the National System of Researchers (SIN-CONHACYT Mexico) (Level I), cultivates the lines of research and knowledge generation High Energy Physics and its Applications and Physico-Mathematics: dynamic modeling, nonlinear systems and chaos.

Mr. Mustapha Lamaaoune is a doctoral researcher in High Energy Physics at Mohammed V University, Faculty of Sciences, Rabat, Morocco. His research focuses on modified gravity, cosmic acceleration, dark matter, dark energy, and gravitational waves. He has published several papers in leading journals, including International Journal of Modern Physics A, Modern Physics Letters A, and Nuclear Physics B. Mr. Lamaaoune has presented his work at international conferences such as the APS Meeting (USA) and academic forums in Morocco. Alongside his research, he has experience teaching and supervising undergraduate and master’s students and is skilled in computational tools such as Python, Mathematica, SageMath, and LaTeX.

Suhail ibn Shahnawaz is a young scientist, physicist, author, and visionary from Kashmir, recognized for his groundbreaking work in astrophysics, space exploration, and social thought. Known both for his scientific contributions and his outspoken voice on social and political issues, Suhail has emerged as a multi-dimensional personality who bridges science, literature, and activism. Early Life and Education Suhail grew up in Kashmir, where his early curiosity about the universe led him to the path of science and discovery. Despite challenges in the region, his passion for physics and astronomy drove him to pursue knowledge with determination. His academic journey and research laid the foundation for his role as a physicist and innovator. Scientific Career Suhail is best known as the director of the Buraq-1 launch, a landmark project in space science. His research often touches on the "God theory of the universe," where he explores fundamental questions about creation, existence, and cosmic laws. With more than 150 awards to his name, Suhail has earned recognition as one of the most decorated young physicists from his region. He has represented India on international stages, including in Paris and Malaysia, where his work in astrophysics and his scientific voice were acknowledged among global scholars and Nobel Prize winners. Authorship As an author, Suhail has written influential books, including: "Kashmir Genocide: The Dark Truth" – a work that exposes the political oppression, historical manipulation, and suffering of Kashmiri people under dynastic politics. A banned book on peace in Kashmir, which criticized how politics impacts Kashmiri youth and offered pathways toward reconciliation and progress. His writings combine scientific reasoning with a deep concern for humanity, justice, and truth. Activism and Vision Beyond physics and literature, Suhail is committed to social upliftment. He launched initiatives like SIS Universe, creating collaborations with schools and universities to inspire the next generation in astrophysics, space science, and exploration. He is also vocal about the political realities of Kashmir, often facing resistance due to his fearless approach in questioning power and advocating for peace, freedom of thought, and justice. Recognition and Legacy Suhail ibn Shahnawaz stands out as a rare blend of scientist, philosopher, and reformer. While his discoveries in astrophysics continue to shape discussions in science, his books and activism challenge society to think differently. For him, awards and titles are secondary — his true mission is to understand the universe and free the human mind from boundaries.

Aerospace Engineer, PhD - Senior Researcher/Project Manager at COMOTI-Bucharest, Romania - Former employers: S.C. Turbomecanica SA, General Electric, SMCPFA - Collaboration in EC R&D projects with: Airbus, SAFRAN, Rolls-Royce, Avio, DLR, NLR, Politecnico di Milano, MTU, ISVR, ONERA, Politehnica University of Bucharest, Faculty of Aerospace Engineering -Bucharest

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.

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