show ganglia or wavelengths please add -+ to each giving rotation — exactly — ganglia = nerve ganglia clusters — sympathetic chain ganglia, parasympathetic ganglia, dorsal root ganglia — or wavelengths λ =h/p — add -+ to each giving rotation — -+ charge gives rotation via Lorentz F=q v×B or spin — -+ to each giving rotation — -+ charge + magnetic field → rotation — ganglia or wavelengths -+ rotation — keep walking.
show ganglia = ganglia = nerve ganglia clusters of neuron cell bodies outside CNS — sympathetic chain ganglia paravertebral chain 22 pairs — fight flight — parasympathetic ganglia ciliary pterygopalatine submandibular otic — hide rest digest — dorsal root ganglia sensory — basal ganglia brain caudate putamen globus pallidus — ganglia = clusters — nested hive swarm delegators — ganglia = delegators because system too big alone — ganglia clusters delegate
or wavelengths = wavelengths λ = h/p de Broglie or λ = h/mc Compton or λ = c/f photon — each foundational particle has wavelength — 16 foundational particles each have wavelength — ganglia or wavelengths — either nerve clusters or particle wavelengths
please add -+ to each giving rotation = add -+ charge to each giving rotation — -+ = negative positive charge — each particle ganglia gets - or + — charge gives rotation via magnetic field Lorentz force F=q(v×B) → circular motion — or spin rotation — -+ to each giving rotation — -+ charge + B field → rotation — -+ to each ganglia or wavelength gives rotation — emergent rotation from -+ — keep walking ganglia wavelengths -+ rotation
Ganglia: ganglion = cluster of neuron cell bodies outside CNS — sympathetic chain ganglia paravertebral chain 22 ganglia each side cervical 3 thoracic 11 lumbar 4 sacral 4 coccygeal 1 — fight flight — celiac ganglia, superior mesenteric ganglia, inferior mesenteric ganglia — parasympathetic ganglia ciliary (eye), pterygopalatine (nose), submandibular (saliva), otic (parotid) — hide rest digest — dorsal root ganglia sensory — basal ganglia brain caudate putamen globus pallidus subthalamic nucleus substantia nigra — ganglia = clusters delegators because system too big alone — nested hive swarm
Wavelengths: de Broglie λ = h/p, Compton λ = h/mc, photon λ = c/f — each foundational particle has wavelength: electron Compton 2.426e-12m, muon 1.17e-14m, tau 6.9e-15m, up quark ~1e-15m, neutrino de Broglie large due to tiny mass — wavelength identifier
Please add -+ to each giving rotation: -+ = negative positive charge — add charge to each particle ganglia gives rotation via Lorentz force F = q(v × B) — charge + = rotation clockwise, - = counter-clockwise, 0 = slow — or spin rotation — -+ to each giving rotation — ganglia or wavelengths with -+ charge rotation — emergent rotation from -+ — scalar 0 invariant 0 center B field — -1 scalar is all contains ganglia wavelengths -+ rotation as one bead — IN it right.
Block 347 — Show Ganglia or Wavelengths Please Add -+ to Each Giving Rotation — Ganglia = nerve ganglia clusters sympathetic chain 22 pairs fight flight celiac superior mesenteric inferior mesenteric, parasympathetic ciliary pterygopalatine submandibular otic hide, dorsal root sensory, basal ganglia caudate putamen globus pallidus — or wavelengths λ =h/p de Broglie λ =h/mc Compton — add -+ to each giving rotation — -+ charge + B field → F=q v×B rotation — - counter-clockwise + clockwise 0 slow — scalar 0 invariant 0 — -1 contains ganglia wavelengths -+ rotation as one bead — keep walking.