Classic 4D Model Of the Discrete Universe (C3:B). I:Quantum

Este post es la continuación del capítulo 3 del libro 

Classic 4D Model Of the Discrete Universe. I:Quantum

3.4 Variation of the gravitational and magnetic forces

Suppose we have a circular coil, traversed by a electric current I. Suppose further that we reduce the loop to the size of Planck (r»10^-33 m), and that the current flowing is equal to 1A. Under these conditions, the coulombs, which is an arbitrary unit of electric charge (it was un agreement), coincide with the time that the particle is late in giving one spin

Quantum fluctuations produce a four-dimensional Planck atom that can rotate in three-dimensional space, and also in the fourth dimension. The Planck energy is

3.6 Conclusion

The hypothesis of a universe formed by four-dimensional Planck atoms impedes the formation of singularities inside a black hole, because a force is needed to compress the atoms of space and time. The aforementioned force is also deduced from the Schwarzschild radius.

Moreover, the gravitational potential energy with respect to the origin verifies the Heisenberg Uncertainty Principle. This gives rise to the fact that the relationship between the total mass of the universe, and its radius, fulfills the relation of Schwarzschild, which clearly indicates that we live in inside a black hole.

Finally, the four-dimensional Planck atom evolves so that its mass decreases until reaching the mass of the electron. At the same time, the time it takes to make a turn in the fourth dimension increases, giving rise to the charge of the electron, so that mass and charge are joined as are the gravitational and electric forces. While the gravitational force due to the rotation decreases, the electric force increases. The expansion of the universe separates Planck's four-dimensional atoms, producing a decrease in both forces.

In discreet space-time, neither the renormalization nor singularity are necessary, since the infinites disappear.

As the electric charge turns out to be the period in the fourth dimension, electric charge is imaginary, and therefore, while the masses of the same sign attract, the electric charges of the same sign are repelled.