My New Book “Ultimate Secrets of Reality: From Particles to Universes, Infinite Realms Unfold Beyond Sight” Is on Amazon
My new book, Ultimate Secrets of Reality: From Particles to Universes, Infinite Realms Unfold Beyond Sight, is now available on Amazon US, Amazon Canada, and many other countries! This groundbreaking work questions if the reality we perceive is just a fraction of the true reality, limited by the cosmic horizon of our universe. In 1908, Hermann Minkowski introduced a paradigm shift in our understanding of reality, transitioning from a single-space universe to one with an infinite number of...
Announcing the Publication of “Multispace Foundationals of Reality: Rewriting Fundamental Sciences”
I'm thrilled to announce that my latest book, Multispace Foundationals of Reality: Rewriting Fundamental Sciences is now available on Amazon US, Amazon Canada, and many other countries! This groundbreaking work honors the brilliant scientists Hermann Minkowski, Rafael Bombelli, and Samuel Warren Carey for their underappreciated ideas that were—and remain—far ahead of their time. Had their insights been understood earlier, they could have greatly influenced our understanding of reality. At the...
State of Fundamental Physics
Facts and Open Questions of Fundamental Physics Since the dawn of humanity, we have lived with the paradigm that our universe is the alpha and omega of reality, a unique and smooth space. However, while working within this paradigm science has accumulated many questions to which no one has yet found, and may never find, the answers. What are the true natures of space, time, elementary particles, and gravity? Will the photon's dual nature or the physical nature of quantum spaces ever be...
The Multispace Diagram vs Minkowski’s Diagram
In 1905, Einstein discovered the special relativity of inertial frames of reference, which generalizes Galileo's principle of relativity (that all uniform motion is relative, and that there is no absolute and well-defined state of rest). He based his theory on the Lorentz transformation that describes how measurements of space and time in a moving frame of reference P'(x', t') depend on its motion relative to an...