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.

Dr. Patrick Hogan is a former NASA Project Manager with over three decades of experience in Earth science, geospatial technologies, environmental science, and educational innovation. During his tenure at NASA Ames Research Center, he led the development of the NASA WorldWind Project, an open-source virtual globe platform widely used in research, education, government, and industry. He also managed NASA's Learning Technologies Program, creating innovative educational tools to enhance science learning. Prior to his work in technology leadership, Mr. Hogan served as a Senior Hydrogeologist at NASA and the U.S. Environmental Protection Agency (EPA), leading major environmental assessment and remediation projects. He also worked as a commercial diver, science educator, and hydrogeologist in both government and private sectors. Mr. Hogan holds an M.S. and B.S. in Earth Science, along with degrees in Marine Diving Technology and Literature. He is a Registered Geologist, Registered Environmental Assessor, certified science educator, and licensed private pilot. He has authored several scientific publications and has presented his research at leading conferences, including the American Geophysical Union (AGU). This version is concise, highlights his most notable achievements, and is appropriate for a conference speaker profile.

Dr Cameron Ikin is the Director of the Australian Capricorne Spatial Agence, bringing extensive expertise in spatial technologies, agency leadership and innovative research that supports the rapidly evolving new space economy. His work uniquely bridges visionary theory with real-world applications, positioning him as a leading voice in global astrophysics and space innovation.

Ms. Kate Appleby is Deputy Head of Space Environment at the UK Space Agency, leading work on space weather resilience, response and recovery, and international engagement. With experience across national resilience and complex government programmes, she is passionate about strengthening the resilience and sustainability of the space environment through collaboration and innovation. Kate is also a passionate advocate for diversity and representation, championing greater inclusion and ensuring that the future of space is accessible to people from all backgrounds.

Prof. Gideon Samid, PhD, pioneered Innovation Science and developed AI-Assisted Innovation (AIAI) as a tool to accelerate the full-range of innovation, from leap-frogging hypotheses to cracking the innovator's wall. Formulating the Darwin's Barrier hypothesis, Prof. Gideon has applied AI to crack through human Darwinian limitations for our view of cosmology, and describe cosmo-reality beyond what is suggested by our imagination -- which is Darwin-bound. Using geometry of distances, and counter-intuitive efforts one hopes to reveal cosmology beyond today's models that emerge from our daily experience with moving objects in a three dimensional world. Prof. Samid was awarded 43 patents, is affiliated with Case Western Reserve University, and runs D&G Sciences -- Innovation Productivity Corporation.

Luciano Lorenzi is an Italian physicist, astronomer, educator, and former Senator of the Italian Republic. He earned his degree in Physics in 1975 and began his research career at the Turin Astronomical Observatory, becoming an Astronomer in 1978. His work spans astronomy, cosmology, variable stars, and the large-scale structure of the universe. Lorenzi has authored nearly 80 scientific publications and conference papers and is known for proposing the Expansion Center Model (ECM) of the Rotating & Expanding Universe (REU). In addition to his scientific contributions, he served as a member of the Italian Senate from 1992 to 2001 and represented Italy in the Council of Europe and the Western European Union Assembly.

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

Asst. Prof. Dr. Emin Taner Elmas (b. 1974, Sivas) is a Turkish mechanical engineer and academic with B.Sc., M.Sc., and Ph.D. degrees in mechanical engineering, specializing in thermodynamics and energy systems. He currently serves as a department head and assistant professor at Igdir University, with nearly 30 years of experience in academia and industry, including leadership roles in engineering and management. He has contributed extensively to scientific research, publications, and international conferences, and has served as a reviewer for major institutions. His expertise spans mechanical engineering, energy, automotive, and bioengineering fields. In 2026, he received the Nobel Scientist Award from Scientific Laurels. In addition to his academic career, he is a musician and composer, skilled in traditional Turkish instruments such as the bağlama and ney, and has published books and musical works.

Mr. Charles Levine has a multidisciplinary background spanning aerospace manufacturing, RF telecommunications, computer programming, and biomedical life sciences. He has managed quality systems across multiple industries, with deep expertise in GD&T, metrology, metallurgy, and tooling geometry, maintaining a consistent focus on precision, repeatability, and measurement integrity. His work is rooted in rigorous standards, traceability, and disciplined process control, shaped by hands-on experience in high-tolerance environments where accuracy and reliability are non-negotiable. He has a long-standing passion for science and has spent years studying and developing work in physics, approaching it from a geometric, systems-based perspective. His research emphasizes structured frameworks, boundary conditions, and measurable behaviour, aligning theoretical constructs with practical engineering principles. This approach enables him to translate complex physical concepts into clear, quantifiable models, with a focus on coherence, scalability, and analytical clarity. In addition to his work in physics, he brings extensive experience in computational methods, data handling, and algorithmic thinking, applying programming and analytical tools to support both engineering and research objectives. His interdisciplinary approach allows him to bridge gaps between theory and application, integrating insights from multiple domains into cohesive, functional systems. He also maintains a broader interest in environmental science and mycology, reflecting a deep respect for natural systems and their underlying structures. In addition to his technical work, he is a dedicated advocate for nature, viewing it as the critical foundation of human life and responsibility. He emphasizes the importance of balance between technological advancement and the natural world, promoting a perspective that values sustainability, stewardship, and long-term equilibrium.

Mr. Joseph Mancinelli Arc Neo Institute USA Joseph Mancinelli is an independent researcher and industry leader in artificial intelligence and theoretical phvsics integration, specializing in the unification of information theory, gravitationa dynamics, and cosmological modeling. His work focuses on fusing advanced Al 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 (QlG) framework and the Arc Neo Rapid Displacement Model, which together provide a unified, non-ghost, non-exotic approach to gravitationa 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 Al-driven discovery, positioning artificial intelligence as a rigorous analytical tool fo validating and extending foundational physical theories.

Dr. Massimo Medesani was born in Loano (SV) on 25 January 1966 and currently residing in Vendone (SV), Fraz. Castellaro 47. Obtained a Teaching Diploma (1985) from the Istituto Magistrale C. Amoretti in Imperia, a Bachelor’s degree (1992) and a Doctorate (2023) in Philosophy from the University of Genoa, and a PhD in Brooklyn (2023). Certified Human Resources Trainer (2013) at RI.CRE.S., Rome. Member of the Scientific Committee of CESIA Insurance Intermediaries (2015), Secretary of the FATA Insurance Agents Group (2009), and member of the Pension Fund of the FATA Insurance Group (2015). Participated in numerous conferences and congresses, as well as in the negotiation roundtables of FATA Insurance Companies (2012–2017) and Cattolica Insurance (2018–2022). Serves as a referee for CESIA and GAFATA. Completed several examinations in music theory at the F. Cilea Musical Academy in Savona. Previously served as Sole Director of Al Saraceno Srl (2013–2016), Insurance Delegate of Assigest Group Srl (2014–present), and General Agent for FATA Insurance (2005–2017). Currently serves as General Agent for Cattolica Insurance (2018–present). Scientific and research activities focus on the sustainable impact of economic and insurance activities, with particular attention to climate change and collaboration with numerous scientific and economic organizations.

Fabiano F. Santos is a researcher at the School of Physics, Damghan University, Iran, a junior scientist at the Canadian Quantum Research Center (CQRC), Canada, and an adjunct professor level C at the Center for Exact, Natural and Technological Sciences, UEMASUL. He holds a PhD from the Federal University of Paraíba in the area of ​​Elementary Particle and Field Physics. He is a postdoctoral researcher at the Physics Institute of the Federal University of Rio de Janeiro, Brazil. Currently, he conducts research on Black Holes, Holographic Complexity, String Theory, Entanglement Entropy, AdS/BCFT Correspondence, and Horndeski Gravity. Awards and titles: Best Researcher Award: de Sitter Versus Anti-de Sitter in Horndeski-Type Gravity, ScienceFather: Berlin, Germany, DE (2024). Award for best lecture: AdS/BCFT black hole entropy in Horndeski gravity and holographic transport coefficients, British Columbia-Okanagan, Damghan University and Canadian Quantum Research Center (2024)

Dr. Julien Boblique is a researcher specializing in High Energy Physics and Geometric Hardware. His work focuses on the algebraic closure of the SU(3) symmetry and the application of the \kappa Law (1.633) rooted in Set Theory foundations. As the architect of Project F-5, he stabilized a 1.48 MeV energetic actuation signature through geometric phase coherence, opening new perspectives for propulsion and technological sovereignty.

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.

Dr. Koen's 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 TU Delft 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.

Mrs. Mei yin 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.

Ms. Olga Guadalupe Felix Beltran, 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.

Dr. Waheed holds a PhD degree in Applied Mathematics and currently working as Associate professor of Mathematics at Prince Mohammad Bin Fahd University, KSA. Her research focusses on Cosmology and Astrophysics especially modified gravity theories, Wormholes, Blackholes, dynamical system analysis, reconstruction schemes, and Noether symmetries. She has as an extensive research portfolio, with over 75 publications in high-impact ISI-indexed journals and conference proceedings, including six single-authored papers. Her work has received significant recognition and has been cited multiple times in the Nature Index over the past five years. With more than a decade of teaching experience, Dr. Waheed has demonstrated a strong commitment to student engagement and the effective use of educational technology to enhance learning outcomes. She is recognized for her ability to communicate complex concepts in a clear and accessible manner, supported by strong classroom management, organizational, and problem-solving skills. Looking ahead, Dr. Waheed’s research aims to address fundamental questions in cosmology, particularly the nature of dark matter and the mechanisms driving cosmic acceleration. She is especially interested in leveraging next-generation observational facilities and interdisciplinary approaches that integrate cosmology, particle physics, and data science.