Lorenza Viola's Research Group
Department of Physics and Astronomy, Dartmouth College
Theoretical Quantum Information Science
Welcome!
Our research is focused on quantum information science, from an information physics perspective. Quantum information science collectively refers to the theoretical, experimental, and technological aspects of using quantum mechanics for communication and computation.
Our current research efforts are directed towards understanding, modelling, and controlling complex quantum mechanical systems and processes and may be broadly summarized as follows (see publication page for relevant publications):
Quantum Control Theory and Reliable Quantum Information Processing
- » Modeling and control of open quantum systems: Geometric and robust quantum control techniques, open-loop and closed-loop control schemes. Discrete- and continuous-time quantum feedback. Information-theoretic limits of control.
- » Methods for fault-tolerant quantum information processing: Deterministic and randomized dynamical decoupling, active and passive quantum error correction. Noiseless subsystems and decoherence-free subspaces.
- » Physical realizations of quantum information: Liquid and solid-state NMR quantum information processing; spin and charge quantum dot architectures. Implementation of error control benchmarks.
Quantum Correlations and Complexity
- » Quantum entanglement: Characterization and quantification of entanglement. Entanglement beyond subsystems: generalized entanglement. Static and dynamic properties of entanglement in complex quantum systems: entanglement and quantum phase transitions. Entanglement and quantum chaos.
- » Nonlinear dynamics and complexity: Quantum chaos and quantum randomness. Pseudo-random operators and quantum t-designs. Information-theoretic aspects of quantum non-integrability and complexity.
News
Applications from bright and motivated students are currently considered.
Copyright © Lorenza Viola's Research Group | Originally designed by Kaveh Khodjasteh.
