Saturday, January 15, 2022

Thermodynamics of falling matter: black holes

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If we have a hot body of matter receding from us at a large velocity, it appears to be cooler than when it moves toward us at the same veloc...
Thursday, January 13, 2022

One can escape from a black hole in our Minkowski & newtonian model; the black hole information paradox is solved?

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People believe that in general relativity, the event horizon is a one-way membrane. Particles can go down but cannot come up. We write ...
Wednesday, January 12, 2022

Electric repulsion can cancel ALL effects of gravity? The origin of inertia and the flatness problem

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Our previous blog post brought up the question what happens if the Coulomb force cancels the attraction of gravity between masses m and M. L...

Electromagnetism contains all the phenomena of general relativity: implications for quantum gravity

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Gravity is not a special force in our Minkowski & newtonian model. It turns out that electromagnetism contains analogues for almost all ...
Monday, January 10, 2022

The role of negative pressure in general relativity versus our Minkowski & newtonian model

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We have been struggling to find substantial differences between general relativity and our own Minkowski & newtonian model. For example,...
Saturday, January 8, 2022

The Alcubierre drive is forbidden by the Minkowski & newtonian model: even negative mass makes trips longer, not shorter

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Miguel Alcubierre in 1994 proposed a faster-than-light travel method in general relativity. https://en.wikipedia.org/wiki/Alcubierre_drive I...

Quadrupole wave: a better model

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The quadrupole wave model which we introduced in the previous blog post does not reproduce the propagation of energy correctly. The area of ...