Up-to-date techniques of neutron-optical imaging and sensing are dis- cussed from the theoretical and experimental point of view, with emphasis on the statistically correct data handling. Besides treating standard methods of practical interest, such as transmission tomog- raphy, phase measurements, and phase contrast tomography, we also focus on fundamental phenomena such as neutron wave-particle du- ality, quantum interference, quantum Zeno effect, and quantum state measurement. In the future, these intrinsically quantum effects may yield further improvements over the classical imaging methods.
Advanced neutron imaging and sensing
PASCAZIO, Saverio;FACCHI, PAOLO;
2006-01-01
Abstract
Up-to-date techniques of neutron-optical imaging and sensing are dis- cussed from the theoretical and experimental point of view, with emphasis on the statistically correct data handling. Besides treating standard methods of practical interest, such as transmission tomog- raphy, phase measurements, and phase contrast tomography, we also focus on fundamental phenomena such as neutron wave-particle du- ality, quantum interference, quantum Zeno effect, and quantum state measurement. In the future, these intrinsically quantum effects may yield further improvements over the classical imaging methods.File in questo prodotto:
Non ci sono file associati a questo prodotto.
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
