Enjoy yourself with a collection of insightful articles exploring the physics of light and resonance in the MARIAS Theory.
Unifies general relativity and quantum mechanics by describing gravity as a photonic resonance effect, eliminating the need for a graviton.
Explains gravity as the cumulative oscillatory attraction between vibrating light structures rather than a separate fundamental force.
A critical reanalysis of Einstein’s interpretation, proposing that light is truly deflected by mass via real attraction, not curved spacetime.
The MARIAS model proposes that electrons, quarks, and all particles are localized oscillations of light, unifying matter and energy.
Demystifies the double-slit experiment through the concept of localized photonic oscillation reflecting within slit boundaries.
Galaxies stay together not due to invisible matter, but due to weak cumulative attraction from dispersed interstellar mass.
Redshift is caused by gravitational energy loss of light, not cosmic expansion. No dark energy is required to explain observations.
High mass concentrations attract light so strongly that it cannot escape, forming black holes without requiring spacetime rupture.
Time is redefined as the rate of change in light oscillations, not a separate dimension. It is irreversible and asymmetric.
Spin is described as the oscillation of photonic magnetic poles, explaining magnetism, attraction, and repulsion at all scales.
Shows that all particles can be understood as light oscillating in stable geometric configurations, proven by annihilation events.
The redshift can be explained by gravitational slowing of light, without requiring a Big Bang or cosmic inflation.
Because particles never touch and all interactions are oscillatory, matter is a suspended web of photonic force interactions.
Proposes a motor that repels planetary spin vibrations using resonance, enabling propulsion and directional navigation in space.