- interpretation. The
approach is
sometimes called decoherent histories and in
other work
decoherent histories are more specialized.
First proposed by...
-
decoherence which is
relevant for
quantum measurement and
thereby to the
decoherent approaches to
interpretations of
quantum mechanics,
including consistent...
-
alive and dead
states of the cat
persist after the box is opened, but are
decoherent from each other. In
other words, when the box is opened, the observer...
-
systems become decoherent. Thus
decoherence is a form of
increase in
microscopic disorder – in short,
decoherence increases entropy. Two
decoherent systems can...
- interpretation. The many-worlds
interpretation shares many
similarities with the
decoherent histories interpretation,
which also uses
decoherence to
explain the process...
- Koch and Hepp
concluded that "[t]he
empirical demonstration of
slowly decoherent and
controllable quantum bits in
neurons connected by
electrical or chemical...
-
holes 10−15 1 fK
Atomic waves coherent over
centimeters Atomic particles decoherent over
centimeters 10−12 1 pK 38 pK,
lowest laboratory-produced temperature...
-
initial conditions needed for the
Second Law of Thermodynamics;
different decoherent states ultimately evolved to
different specific arrangements of galaxies...
-
quantum state to another. It can be a
transition from the
subspace without decoherent loss of a
qubit to a
state with a
qubit lost in a
quantum computer. In...
- doi:10.1016/j.physe.2007.05.026. S2CID 13883162. Mohanty, P. (2001). "Of
decoherent electrons and
disordered conductors". In Skjeltorp, A. T.; Vicsek, T....
