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Basic Research on Quantum Information Processing Using Molecular Internal States

Research Project Outline

The research project intends to develop a new technique of quantum information processing and quantum computation using rotational, vibrational and electronic energy states of molecules. Basic properties of entangled states and their decoherence of molecular internal states created by photons will be investigated experimentally for molecules in quantum condensed phases as well as those in the gas phase in order to realize the molecular quantum processors. In addition, new quantum algorithms using molecular internal states will be developed theoretically.

Research Director
TakamasaMomose
Affiliation
Guest Reseacher, National Institute of Information and Communications Technology / Professor, The University of British Columbia
Research Started
2004
Status
completed
Research Area
Creation of New Technology Aiming for the Realization of Quantum Information Processing Systems
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