The Challenges We Face
Our current understanding of physics faces two critical challenges: technological barriers and fundamental mysteries that remain unsolved despite decades of research.
Technological Limitations
- • Miniaturization barriers in microchip development
- • Inefficient energy generation and storage
- • Constraints in materials science advancement
Unsolved Mysteries
- • Nature of dark matter and dark energy
- • Information paradox in black holes
- • Quantum-gravity reconciliation
- • Matter-antimatter asymmetry
Our Revolutionary Approach
Extended Relativity Theory
A groundbreaking mathematical framework that unifies electromagnetism and gravity, developed over 20 years of rigorous research.
Quantum Integration
Bridging the gap between quantum mechanics and relativity through innovative mathematical tools and experimental validation.
Practical Applications
Transforming theoretical breakthroughs into real-world applications in computing, energy, and materials science.
Shaping the Future
While the full potential of Extended Relativity remains to be discovered, we've identified several promising areas where our research could lead to breakthrough applications.
Quantum Technology
New insights into quantum phenomena could revolutionize computing, cryptography, and information processing in ways we're only beginning to imagine.
Energy Systems
Understanding unified forces could unlock new approaches to energy generation and storage, potentially transforming our energy landscape.
Materials Science
Our unified theory might enable the development of materials with properties we currently consider impossible.
Unexplored Territories
Like Einstein's theories leading to unforeseen technologies such as GPS, Extended Relativity could enable applications we haven't yet imagined.
Visionaries Behind the Research
Our team combines decades of theoretical physics expertise with practical engineering experience to bridge the gap between fundamental research and real-world applications.
Prof. Yaakov Friedman
Chief Researcher
A pioneering physicist with over 20 years dedicated to developing Extended Relativity theory. Author of "A Novel Approach to Relativistic Dynamics" and numerous groundbreaking papers in theoretical physics.
Menachem Friedman
Head of Development
Expert in military systems development with extensive experience in electro-optics and image processing. Bridges theoretical research with practical applications.
David Zimberknopf
CEO
Accomplished entrepreneur with a background in electronics engineering. Drives the strategic vision and ensures our groundbreaking research reaches its full potential.
Be Part of Scientific History
We're seeking brilliant minds and visionary partners to join us in revolutionizing physics and technology. Your involvement could help shape the future of human innovation.
Research & Publications
A Novel Approach to Relativistic Dynamics: Integrating Gravity, Electromagnetism, and Optics
Y. Friedman, T. Scarr
A Unified Relativistic Theory of Electromagnetism and Gravity
Y. Friedman, T. Scarr
A new model for gravitational waves
Y. Friedman, O. Himi
Advances in testing the effect of acceleration on time dilation using a synchrotron Mössbauer source
Y. Friedman, I. Nowik, I. Felner, J. M. Steiner, E. Yudkin, S. Livshitz, H.-C. Wille, G. Wortmann and A. I. Chumakov
The validity of an experiment testing the influence of acceleration on time dilation using a rotating Mossbauer absorber and a Synchrotron Mossbauer Source
Y. Friedman, J. M. Steiner, S. Livshitz, E. Perez, I. Nowik, I. Felner, H.-C. Wille, G. Wortmann, O. Efrati, A. Finkelstein, S. Petitgirard,A. I. Chumakov and D. Bessas
A unifying physically meaningful relativistic action
Y. Friedman
Superposition Principle in Relativistic Gravity
Y. Friedman