All things are unique unity-connection => "discrete" magical-functional truth in specific categorical labelling, ie precision identification is a measurement problem and accuracy is like the Gold-Silver Rules of limited quantities, e-Pi-i 1-0-infinity sync-duration Unit Circle derivivation indicates Electron-photon-phonon-Proton Neutronic instantaneous flash-fractal potential relative-timing ratio-rates Perspective/Circuitry QM-TIME Completeness Actuality, superimposed Quantum-fields uncertainty oscillation. Discrete is a difficult concept = wave-packaging holography = chemical bonding proportioning in picture-plane containment etc. Singularity-point reasoning => a coherence-cohesion "mist" of Perfect Gas Thermodynamics terminology. Whatever.., the Presentation is 10X over my experience in detailed research, and I'm happy to admire this from a distance.
thank you for the beautiful presentation in a very simple language!!!
Superconductors and quantum computation are very fictional, because low temperatures.
Feynman were very hiperbolic.
All things are unique unity-connection => "discrete" magical-functional truth in specific categorical labelling, ie precision identification is a measurement problem and accuracy is like the Gold-Silver Rules of limited quantities, e-Pi-i 1-0-infinity sync-duration Unit Circle derivivation indicates Electron-photon-phonon-Proton Neutronic instantaneous flash-fractal potential relative-timing ratio-rates Perspective/Circuitry QM-TIME Completeness Actuality, superimposed Quantum-fields uncertainty oscillation.
Discrete is a difficult concept = wave-packaging holography = chemical bonding proportioning in picture-plane containment etc. Singularity-point reasoning => a coherence-cohesion "mist" of Perfect Gas Thermodynamics terminology.
Whatever.., the Presentation is 10X over my experience in detailed research, and I'm happy to admire this from a distance.
Von Neumann should have been mentioned.
😄😀👍