Interference
and Interferometry| Interference
and Interferometry |
In General > s.a. photons; Triple
Slit; waves.
* For light: 1801,
Young's double slit experiment; 1909, Seen by G I Taylor with weak light,
one photon going through at a time.
* Interference in time:
A plot of electron energies shows an interference pattern when the electrons
could have been emitted in one of two "slits" in time; In the Paulus
et al experiment, laser pulses with two maxima passed through a gas of Ar atoms.
@ Interference in time: news pw(05)mar
[experiment];
Horwitz PLA(06)qp/05 [significance], FP(07).
> And gravity: see gravitational
radiation; photon
phenomenology
in quantum gravity.
In Quantum Mechanics
@ General references: Schulman AJP(69);
Horne et al PRL(89), Nat(90)oct
[two-particle]; Rodgers pw(02)sep
[double slit with electrons]; Braun & Georgeot PRA(06)
[quantitative measure]; Nitta & Kudo PRA(08)
[time of arrival in double slit]; Sanz & Miret-Artes a0806 [in
terms of trajectories]; > s.a. classical limit, decoherence, experiments
in quantum mechanics, quantum
information, Superposition Principle.
@ Single particle: Grangier et al EPL(86)
[single photon]; Scarani & Suarez AJP(98)
[rev].
@ Afshar's version: Kastner a0801 [and
complementarity]; Flores a0803 [modified
version].
Interferometry > s.a. molecular
physics; neutrons.
@ Atomic: Clauser PhyB(88)
[as accelerometers]; Bordeé PLA(89);
Carnal & Mlynek PRL(91);
Keith et al PRL(91);
Kasevich & Chu PRL(91)
[photon beam as splitter]; von Borzeszkowski & Mensky PLA(01),
Yurtsever qp/01,
Mensky PLA(01)
[entangled atoms]; Vuskovic et al qp/01;
Mathevet
et al CQG(02)
[non-Newtonian gravitational potentials]; Chiao & Speliotopoulos IJMPD(03)
[and spacetime curvature]; Fray et
al PRL(04)
[and equivalence principle tests]; Miffre et al qp/06/PS
[rev]; Dowling et al PRA(06)ap [atom
and molecule]; Dimopoulos et al PRL(07)gq/06, a0802 [and
tests of general relativity]; Pereira Dos Santos & Landragin pw(07)dec;
Cronin et al a0712-RMP
[rev]; > s.a. decoherence, gravitational
constant, gravitational
wave detection, quantum gravity
phenomenology.
@ Atomic, in space: Jentsch et al GRG(04)
[HYPER satellite mission]; news pw(06)sep
[GAUGE mission proposal].
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Send feedback and suggestions to bombelli at olemiss.edu – Modified
21 jun 2008