Albert Einstein's theories on light, gravity and relativity
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From the foreword by Dr. rer. pol. Erik KolekThe light quantum hypothesis leads to new assumptions about the radiation of black bodies. The principle of relativity has a connection with the constancy of the speed of light. Energy is not directly dependent on mass. Energy-rich mass points have inertia and gravity. The deflection of the light rays is related to their speed c and the gravitational constant k as well as the mass M of the body past which the light passes. The local time l depends on the mass M and the speed of light c in a space-time domain.
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From the foreword by Dr. rer. pol. Erik KolekThe light quantum hypothesis leads to new assumptions about the radiation of black bodies. The principle of relativity has a connection with the constancy of the speed of light. Energy is not directly dependent on mass. Energy-rich mass points have inertia and gravity. The deflection of the light rays is related to their speed c and the gravitational constant k as well as the mass M of the body past which the light passes. The local time l depends on the mass M and the speed of light c in a space-time domain.
Bol
From the foreword by Dr. rer. pol. Erik KolekThe light quantum hypothesis leads to new assumptions about the radiation of black bodies. The principle of relativity has a connection with the constancy of the speed of light. Energy is not directly dependent on mass. Energy-rich mass points have inertia and gravity. The deflection of the light rays is related to their speed c and the gravitational constant k as well as the mass M of the body past which the light passes. The local time l depends on the mass M and the speed of light c in a space-time domain.
AmazonPages: 34, Edition: 1., Paperback, Bod - Books on Demand
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