Formulas

Pythagoras a2+b2=c2, puts us on the right side of a triangle.

Coulomb’s F=keq1q2/r2, organizes energy into inverse square concentrations.

Gauss’s ·E=ρ/ε0εr, in vector calculus relates the flow

Gauss’s ΦD= Qfree gravitational flux through any closed surface is proportional to the enclosed mass.

Faraday’s E=dΦB/dt states that a changing magnetic field induces an electric field.

Ohm’s E=IR Electric potential is equal to the current flow across a resistance.

Stefan-Boltzmann E=σT states radiant power from a surface is proportional to the fourth power of its absolute temperature.

Maxwell’s c=1/√ε0μ0 where c2=1/ε0μ0 shows E=m/μ0ε0, or m=Eμ0ε0 using E=mc2.

Maxwell’s Z0=√μ00 shows energy concentrations are reflected as Z0 contours which are constantly adjusted, at the speed of c, to reflect energy field density movement.

Einstein’s E=mc2, shows energy is related to mass.

Planck’s E=hf shows that energy increases with frequency.

Lorentz’s F=qE+qv*B, shows energy has attraction.

Schwarzschild metric r=2Gm/c2​, Gravitational radius or the size of the event horizon of a non-rotating black hole.

Schrödinger’s HΨ=iℏ ∂t/∂Ψ​, the fundamental wave equation of quantum mechanics.

Z0 Code’s Gv = –Δx/Δ√ε0​μ0 shows gravitational coefficient is a vector in a point of space related to the slope of the admittance.