BOB LAZAR: ELEMENT 115

Theoretical ideas about Element 115 (Moscovium), time dilation, and energy storage in atoms. It suggests that a natural isotope of Element 115 may have a longer lifespan than synthesized Moscovium, due to time dilation effects. Time inside the atom may be significantly slower, increasing its lifespan and allowing it to store massive amounts of energy without becoming unstable. This analogy is extended to flywheels, where stored energy doesn't affect external inertia, similar to how the energy inside Element 115 remains stable despite its enormous potential.

The author then explores the idea that the usual understanding of energy (E = mc²) might not fully account for these time dilation effects, suggesting that time dilation (D) inside the atom would change the energy formula to E = mc²D², explaining how half a pound of the element could pack astronomical energy.

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