Research interests
Continuous variable entanglement
Mutipartite entanglement and distribution of entanglement
Quantum state reconstruction
Controlled collisions of atoms in Bose Einstein Condensates
Fundamental issues on quantum information
Topological quantum computing, Topological Quantum crypthography, Topological entangled states, Adiabatic quantum computing, Topological quantum error correction, Quantum decoherence, Topological entropy and information theory
Topological quantum computing, Decoherence and adiabatic quantum computation, Topological entangled states, Quantum error corrections, Quantum crypthography
The theory and practice of quantum computing have both developed dramatically in recent years. At the top, advances in theory and algorithms have taught us much about the nature of computational complexity and broadened the range of potential uses of quantum computers. At the bottom, physicists are investigating a breathtaking array of potential qubit storage and quantum gate technologies.
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