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HemiQuantum Concepts

Hemi Physics refines critical concepts in physics as taught today:

1

Forces get based upon position-in-field.  But, each current equation is improved when understood as the scaling versus the equilibrium, so not 1/d^2, but related to the Bohr-H radius basic equilibrium as 1/(d/a0)^2 which then makes that scaling dimensionless.

That improves the Newton 2nd Law of Motion for subatomic particles to make every equation explicit 3D engineering.

2

Further, that means that a) every equation and b) every physics constant relates back to:

  • Planck's constant, but understood now as hc@a0 for Hydrogen.

  • The speed of light (c)

  • The particle dimension, center to particle-edge, (r-sub-e).

  • The basic equilibrium for electrons shells versus the nucleus at the Bohr-H radius (a0).

3

There are three core interactions, that combine to make all the fundamental forces.

4

Electrons do not orbit.  Instead, there are three directions

2

Magnetism applies as the subatomic level as every particle has an 'xtrastatic' (XS) axis which gives the wave

3

Mass is an acceleration allocation that ties 

HemiQuantum Techniques

1

Present all position-in-field as dimensionless 1/(d/equilibrium)^V or 1/(d/equilibrium)^W.

2

Remember that hemisphere counts, build by the Pauli-hemisphere pairs, so not cube-root(N), but 

3

Use the scaling of Bohr-Hydrogen (a0), then adjusted

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