Quantum Anti-Zeno Effect

A. Beige; A. Beige; A. Peres; A.C. Velitzur; A.G. Kofman; A.G. White; A.M. Steane; A.M. Steane; B. Misra; E.P. Wigner; F.M. Izrailev; G. Casati; J. A. Wheeler; J. Grochmalicki; J. Maddox; J. Schwinger; K. Rza̧żewski; K. Rza̧żewski; L. Fonda; L.A. Khalfin; M. Lewenstein; M. Lewenstein; M. Lewenstein; P.G. Kwiat; P.L. Knight; P.W. Shor; R. Cook; S. Bay; S.-Y. Zhu; S.L. Haan; T. Quang; V. Frerichs; V. Gontys; V. Gontys; W.M. Itano

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Quantum Anti-Zeno Effect

Authors: A. Beige
A. Beige
A. Peres
A.C. Velitzur
A.G. Kofman
A.G. White
A.M. Steane
A.M. Steane
B. Misra
E.P. Wigner
F.M. Izrailev
G. Casati
J. A. Wheeler
J. Grochmalicki
J. Maddox
J. Schwinger
K. Rza̧żewski
K. Rza̧żewski
L. Fonda
L.A. Khalfin
M. Lewenstein
M. Lewenstein
M. Lewenstein
P.G. Kwiat
P.L. Knight
P.W. Shor
R. Cook
S. Bay
S.-Y. Zhu
S.L. Haan
T. Quang
V. Frerichs
V. Gontys
V. Gontys
W.M. Itano
Publication date: 20 January 1999
Publisher: 'American Physical Society (APS)'
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Abstract

We demonstrate that near threshold decay processes may be accelerated by repeated measurements. Examples include near threshold photodetachment of an electron from a negative ion, and spontaneous emission in a cavity close to the cutoff frequency, or in a photon band gap material.Comment: 4 pages, 3 figure

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