Energy Space Time: Introducing Energy Metrics Of Interactions In Five Dimensions

This book explores five core themes within a comprehensive geometrical framework for describing fundamental interactions — an innovative realization of Einstein's long-standing vision.

1. A Five-Dimensional Framework: It presents a complete five-dimensional description of fundamental interactions, where energy is treated as a physical, extended, and measurable fifth dimension. A key result is the derivation of the fifth metric component corresponding to the energy coordinate, achieved using the mathematical tool of Ricci Flow.

2. The Angle Law: The book introduces the angle law, a novel approach to describing geometrical and directional violations of local Lorentz invariance, contrasting with conventional kinematical interpretations and their limitations.

3. The Shadow of Light: It examines the phenomenon known as the shadow of light as a potential signature of local Lorentz invariance violation, interpreted through a metric-based description of the electromagnetic interaction.

4. The Torsional Antenna: A new class of electromagnetic systems — torsional antennas — is proposed, functioning in accordance with the angle law and demonstrating unique electromagnetic properties.

5. Matter Metamorphosis and Asymmetry: The book explores matter metamorphosis, a process of nuclear-level transformation occurring when matter is structured according to the angle law. It also investigates the fundamental geometrical and directional asymmetry arising from local Lorentz violation, governing both electromagnetic and nuclear processes on Earth and influencing cosmic phenomena such as the Cosmic Microwave Background.

Fabio Cardone, born in Chieti, Italy in 1960, former Professor of Modern Physics at the Pontifical Universities Gregorian and St. Thomas "Angelicum" in Rome, he was Professor of General Physics at the University of L'Aquila and the University La Sapienza of Rome. He hold courses in the field of relativity in some American universities, Madison (WI), Siracuse (NY), Maryland College Park (MD), MIT, and Danzig University in Poland. Winner in 1985 of the Italian National Prize for Physics "G Galilei", former Fellow of the Italian National Institute of High Mathematics (INDAM). Former member of the Academy of Sciences of New York (NYAS), he was also conferred with the Medal for Theoretical Physics at Cambridge International Biographical Institute (2000). He conducts research in the physics of fundamental interactions and the theory of relativity. Since 2003 he is permanent member of National Research Council of Italy (CNR).

Domenico Bassani, born in Turin, Italy in 1959, Mechanical Engineer and PhD in Mechatronics and RG in electronics and robotics at the Polytechnic University of Turin. Since 2011 he conducts research in physics of the Deformed Space Time (DST), taking part to the discovery of the matter nuclear metamorphosis in 2015 and in 2019 to the torsional antenna behaviour according to the DST 'angle law'. He studied the exploiting of the DST reactions by ultrasound machines. From 2022 he directed the design and the making of the reactor at metamorphosys (RaM), as first reactor producing DST reactions on macroscopic level and large scale.