Principles of the Universe Unveiled via Einstein's Theory of Relativity: The Light Data Box Theory

Masanao Okajima, a researcher of cosmic principles, proposes the principles of the universe (light/cosmic structure) based on Einstein's theory of relativity through the 'Light Data Box Theory.'

[Premise] Based on Einstein's theory of relativity:
1. As velocity approaches the speed of light, time and space contract.
2. Light (photons) has no concept of time or space. From the perspective of light, the time from the birth of the universe to the present is '0 seconds,' and the distance from one edge of the universe to the other is '0.'

[Conclusion derived from premises]
Light is a 'data box capable of storing infinite temporal and spatial domains.'

[Rationale 1] From the perspective of light, the entire universe is illuminated in 0 seconds.
While we feel like we are seeing light from billions of years ago when looking at stars, this is merely from the perspective of our massive, stationary bodies. At 100% of the speed of light (the photon's perspective), time dilation becomes infinite, and time stops completely. All events occur 'simultaneously (0 seconds).' Time spanning billions of light-years does not even feel like an 'instant' to light. Upon emission, it has already reached all destinations in the universe.

[Rationale 2] At 99.999999999% of the speed of light, the universe becomes a 'small point.'
As speed increases, 'Lorentz contraction' causes the distance in the direction of motion to contract. At near-light speed, galaxies thousands of light-years away are compressed into a 'small point.'

[Conclusion: Light is a Data Box containing infinite time/space]
In our 3D perspective, the universe is vast, but to light, time is zero and space is a single point. All cosmic information is condensed into a microscopic data box. Our perception of time and space is merely the decoding of this data.

[Unraveling cosmic mysteries]
1. Space: 3D space is an 'image projected by light.' The vast universe we perceive is like a hologram read from a data box. Movement is simply reading different addresses (coordinates) within the data box.
2. Quantum entanglement: Though two particles appear separated by light-years in real space, their underlying data is written in adjacent sectors within the data box. Because they are adjacent in the box, they synchronize instantaneously.
3. Observation: Before observation, data exists as a chunk of digital signals (mathematical formulas) within the data box, lacking physical form. Observation acts as the trigger to 'decode' this data, manifesting it as physical reality.