Quantum Physics Research This page is under heavy construction.

The complete relation of this concept of physical time to the time of experience and causality is a physical problem which has not yet been worked out in detail.
by the late great Richard P. Feynman, cited on p.433 of Sylvan Schweber's book, QED and the men who made it: Dyson, Feynman, Schwinger and Tomonaga (Princeton, 1994)

relativistic Bohm theory

the quantum brain

John Baez comments on Roger Penrose's new physics

mythematics:the universal archetypal structures of the world

time travel machines 1

destiny matrix 1

relativistic uncertainty

awareness observables

consciousness in Bohm's theory

Berry's phase and chaos

the sizes of things

consistency of histories

resurrection

entropy of quantum phase

anomalous bosons

mechanics and vacuum fluctuations

inertia as vacuum fluctuation

qm limit of spacetime measurement

qm and perception

one way function

interaction-free preparation

classical emergence 1

classical emergence 2

classical emergence 3

decoherence program

dynamic Casimir effect

Bohm mechanics and chaos theory

qmlogic and decohering histories

decoherence and Zeno effect

a simple formula

decoherence complexity limit

ethical implications of quantum physics

nonunitarity without nonunitarity?

decoherence in quantum cosmology1

detecting Casimir vacuum fluctuation forces

no free will in quantum physics?

no blue shift nonlinearity

quantum arrow of time?

consistency and quantum logic

a simple quantum computer?

wavelet quantum frames

untappable quantum teleportation?

universal 2-bit quantum gate 1

future to past quantum reality 1

quantum brain microtubules and superstrings

untappable cryptography using nonlocality

randomness and nonlocality

nonlinear observables beyond orthodox quantum physics?

Stapp on mind-matter physics 1

locality, fractal attractors, and the quantum

Berry's phase and Josephson's tunnel link

quantum cryptography review

Stapp on mind-matter physics 2

coding quantum signals

individual quantum events

Bohm mechanics survey 1

Bohm mechanics survey 2

classical gate from quantum gates

decoherence limit to quantum computing

decoherence of open system

octonian unification of forces?

squeezed bosons and geometric phases

decoherence and quantum Zeno effect

Feynman-Dirac eq in 4D?

quantum computer networks

building a quantum computer gate

quantum chaos and Zeno effect

coherence destroys chaos

quantum gravity using Bohm mechanics


See http://halliwell.phy.uic.edu/IP/instructions/*IP.html

An interactive physics course. This is a digression to go somewhere else later.


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