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Gravity and Quark Velocity Entanglement

Gravity and Quark Velocity Entanglement
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摘要 Quarks move within the nucleon at relativistic speeds. This causes intertia. This inertia results in gravitational mass-effect. For short distances this is the strong force, for distant objects it is gravity. This is due to an increase in the gravitational constant related to the velocity of objects moving at speeds close to the speed of light. This relation is calculable with a formula presented in the text. Quarks move within the nucleon at relativistic speeds. This causes intertia. This inertia results in gravitational mass-effect. For short distances this is the strong force, for distant objects it is gravity. This is due to an increase in the gravitational constant related to the velocity of objects moving at speeds close to the speed of light. This relation is calculable with a formula presented in the text.
出处 《Journal of Modern Physics》 2015年第13期1852-1855,共4页 现代物理(英文)
关键词 QUARKS CAUSING GRAVITY GRAVITY and Strong Force Correlated Variation of GRAVITATIONAL Constant with VELOCITY Quarks Causing Gravity Gravity and Strong Force Correlated Variation of Gravitational Constant with Velocity
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