Quantum Foundations: Contextuality, Bell Nonlocality, Interference
Research on quantum contextuality and Bell inequality. Quantum state generation and entanglement characterization, exploring the connection between contextuality and nonlocality using qutrit source.
Nonlinear crystal interference using path identity. Exploring the interpretation of path information in nonlinear interferometers.
Applications: Quantum State Verification and Quantum Algorithm
Quantum state verification: Using a polarization-entangled source to generate a two-photon entangled state and verify the quantum state using an optimal verification strategy.
Numerical calculations on the quantum random walk of one photon, two photons and entangled photons. Theoretical study on the hidden variable models, Bell inequality, quantum correlations, no-signaling correlations, quantum non-locality and superluminal influences of the v-casual models.
Quantum Information Processing with Nanophotonics and Integrated Photonic Devices
Research on applying surface plasmon polaritons to quantum optics experiments. Realizing Quantum Teleportation Mediated by Surface Plasmon Polaritons.
