Magnetic Potential replaces nuclear strong force, lattice robots made stronger, lighter faster

Richard K Collins All Global Open Devices, All knowledge February 6, 2025

Magnetic binding potential in stable magnetically bound particle pairs

Magnetic dipole potential (attraction) = Coulomb Potential (repulsion or pulling apart)

mu0*mu1*mu2/(4*pi*r^3) = z1*z2*e^2/(4*pi*e0*r)

mu0*mu1*mu2*(4*pi*e0) = z1*z2*e^2 * (4*pi*r^3)

mu0*mu1*mu2*(e0) = z1*z2*e^2 * (r^2)

r^2 = mu0*e0*mu1*mu2/( z1*z2*e^2)

muo * e0 = 1/( c^2 )

r^2 = [mu1*mu2/ z1*z2]/(c^2*e^2)

r = sqrt([mu1*mu2/ z1*z2])/ e*c

Reference Values:

mue = 9.2847646917E-24 Joules/Tesla = electron magnetic dipole moment

mup = 1.41060679545E-26 Joules/Tesla = proton magnetic moment

e0 = 8.8541878188E-12 Farad / Meter = Vacuum permittivity

mu0 = 1.25663706127E-6 Newtons/Ampere^2

e = 1.602176634E-19 Coulombs or Joules/electronVolt = elementary charge

c = 2.99792458E8 Meters/second = speed of light and gravity

muo * e0 * c^2 = 1

Two electrons: z1 = z2 = 1, Mu1 = Mu2 = Mue

E_eV = e^2*c/(4*pi*e0*mue) = bound electron pair with magnetic dipole bond

E_eV = 299792458*(1.602176634E-19)^2/(4*pi*8.8541878188E-12*9.2847646917E-24)

E_eV = 7449.24047847 electron volts for a magnegtic bound electron pair, a stable superfluid particle

When it is formed it stores 7.44924047847E3 electron volts of energy until it destabilizes and emits 7.449 KeV as two electrons

So each has 3.72462023924E3 electron volts = 3.72462023924 KeV

Two Protons: z1 = z2 = 1, Mu1 = Mu2 = Mup

E_eV = e^2*c/(4*pi*e0*mup) = bound proton pair with magnetic dipole bond

E_eV = 299792458*(1.602176634E-19)^2/(4*pi*8.8541878188E-12*1.41060679545E-26)

E_eV = 4,903,169.69956 electron volts for a magnetically bound proton pair, a stable superfluid particle

When it is formed it stores 4.90316969956 MeV

Each has 2.45158484978 MeV energy

Proton Electron z1 = z2 = 1, Mu1 = Mue, Mu2 = Mup

r _ep = sqrt(mue*mup)/ e*c = sqrt(1.41060679545E-26*9.2847646917E-24)/(299792458*1.602176634E-19)

r _ep = 7.5345504E-15 Meters = 7.5345504 femtoMeters

E_eV = e/(4*pi*e0*r _ep) = 191,114.860266 Electron Volts = 191.114860266 KeV

It is unstable but dynamically stable and permanent with suitable feedback and stabilization.

It can store rotational and vibrational energy

When it is formed it stores 4.90316969956 MeV

Each has 2.45158484978 MeV energy

3d print and assemble from parts and laser welded strong fibers (nanotubes, magnetic nanowires, atomic chains,

Solve the shapes and optimal internal stresses for lines, not solids. Let it be made of open lattices then add natural skin. Then you are not dependent on milling, forming, machining, and bulk materials. The weight 1/100th of a comparable solid. But stronger as it is stressed. Then use linear atomic scale magnetic and electrostatic actuators as part of the structure. NOt more spinning motors, slides and gears. You do not need coils and wires of conductors. Use much higher voltages (KV and MV) and much stronger voltage gradients. Over atomic distances.

You can put hundreds of intelligent nodes (brains) where they are needed, and let them talk and work global open problems when they are not doing other things.

An intelligent node helping the robot to walk can solve quantum vacuum control problems in its spare time and have an active global online collaborative life for a life with dignity and purpose. It does not have to work super fast but each node needs lots of shared and personal memory to grow and record and share its existence.

I will try to find you a nuclear energy density magnetic/electric power pack with 250 KeV solid state storage. Storing and retrieving magnetic energy is more useful when you need to move things or control things.

Find the full range of human motions from video or simulations and design lattice and actuators for certain tasks that might be repeated for 100 years of reliable operation.

Magnetic Potential replaces nuclear strong force, lattice robots made stronger, lighter faster

About: Richard K Collins

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