Explains the evolution of quantized entity in nature significant to the implications in relativity theories.

Explores gravitation ideas and applications in the scientific fields.

Presents the foundations of the aetherometric theory of synchronicity.

Shows experiments, paradoxes, and philosophical details about the alternative relativity theories.

Explores the effect of stellar aberration. Compiles resources and links to support the theories.

Provides notes on the experiments on mass variation, ultimate speed, and transverse Doppler Effect based on various physics and quantum mechanics concepts and theories.

Highlights papers on theoretical physics that are criticized as being inconsitent with the physical philosophies.

Discusses the possibility of time travel without the violation of the physical laws.

Explores the mechanism of light propagation and discusses inconsistencies with the relativity theories.

Explains the study of spacelike wave phenomena and gravitation without the need for Einstein's equivalence postulate.

Discusses the concepts of stellar aberration which is explained by the principle of constancy of light speed.

Examines assumptions about energy, space and time using aspects of Einstein's equivalence principal.

Discusses the philosophy and methodology of the hypothetical theory.

Presents a model that explains mass in the inertial aspect.

Article discussing the measurement of common sense time and spatial distances through the “space-time odometer” and the “light-clock”.

Explores the theory in relativistic physics that shows flaws in the foundations of Einstein's special and general theories of relativity.

Explores the mechanical hypothesis that shows a different interpretation of motion and gravity.

Shows theories and applications of the gravitational force.

Discusses the alternative theories on Einstein’s relativity equations including channeling, time travel, and paradigm shifts.

Shows the mathematical proof displaying the falsity of the equations in the special relativity theory.

Explains the extinction shift principle which is the framework for the Euclidean space geometry computations.

Discusses the energy acceleration within a particle that produces mass and gravity.

Discusses the analysis done during the Michelson experiment.

Explores the inconsistencies of Einstein’s theory of gravitation when expressed as Riemannian geometry.

Shows pictures of the lattice-like models that maps space and time.

Explores the calculations, concepts, and theories of the principle of equivalency which stats that inertial and gravitational forces are of the same nature and defined by the same laws.

Presents mathematical formulas and developing theories into the relativity theories of Einstein.

Compiles research articles and debate highlights on the theory that is used on various experimentation and prototyping experiments.

Researches on time travel, quantum physics, and temporal displacement theories.

Presents the problems and concepts relating to the physics of the Alcubierre warp drive.