Difference between revisions of "Quantum coherence"
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'''Quantum coherence''' occurs when quantum particles or waves are in a fixed relationship or [[quantum entanglement]] with each other. This is sometimes described as being "in-phase", in contrast to when a disturbance breaks the correlation and ends the fixed relationship. The phenomenom was predicted by [[Niels Bohr]] in 1946, and first observed at [[CERN]] in 1981. | '''Quantum coherence''' occurs when quantum particles or waves are in a fixed relationship or [[quantum entanglement]] with each other. This is sometimes described as being "in-phase", in contrast to when a disturbance breaks the correlation and ends the fixed relationship. The phenomenom was predicted by [[Niels Bohr]] in 1946, and first observed at [[CERN]] in 1981. | ||
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Revision as of 22:09, April 8, 2008
Quantum coherence occurs when quantum particles or waves are in a fixed relationship or quantum entanglement with each other. This is sometimes described as being "in-phase", in contrast to when a disturbance breaks the correlation and ends the fixed relationship. The phenomenom was predicted by Niels Bohr in 1946, and first observed at CERN in 1981.