Aharonov
Atiyah
Bell
Bohm
Bohr
Born
Cartan E.
Cartan H.
Churchland 
D'Alembert
da Vinci

De Broglie
Descartes

Dirac
Dirichlet
Dyson

Einstein
Euler
Feigl
Fermat
Feynman
Fourier
Galileo
Galois
Gauss
Gödel
Hameroff
Hamilton
Heisenberg
Helmholtz
Hilbert
Hume
Husserl
Jacobi

James




Kaluza

Klein, F

Klein, O.
Lagrange
Laplace

Lie
Llinas
Locke
Lockwood
Mach
Maxwell
McCulloch
Moore
Newton
Noether
Pauli
Pellionisz
Penrose
Poincaré
Pribram
Riemann
Russell
Salam
Schrodinger
Searle

Stapp
Turing
V Neumann
Weyl
Whitehead
Wigner
Wittgenstein
Young


fieldmanifoldactionsymmetryspectralightvision



AI
Action
Atom
Audition
Brain
Cerebellum
Cerebrum
Color
Computer
Cortex
Dendrite
Dualism
Duality
EM
Energy
EPR
Eye
Field
Form
Fractal
Gauge
Gravity
Group
HVs
Information
Invariance
Matrix



Matter
Monism
M-theory

Neural Net
Neurosci
Neuron
Optics
Parallelism

Particle
Photon
Projection
Qualia
Qualities
QFT
QM
QZE
Robot
Sentience
Space-time
Symmetry
Synapse
Tensor
Vector
Vision
Wave


Einstein

Any fool can know.

The point is to understand.







color sphere


Elements II


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Prefer a more linear approach?








Secondary Qualities and Hidden Variables

Notes Toward a Theory of Artificial Sentience

Before the Revolution

Are Perceptual Fields Quantum Fields?

On the Unification of Mind & Matter (pdf)









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