Research
The area of my research includes the interface of quantum information and graph theory. Ideas from graph theory find a rich breeding ground for investigations into quantum communication and computation. For instance, graph theory builds up a foundation for quantum state transfer, quantum walk, and many other problems related to quantum network. In graph theory, I am interested in constructing cospectral graphs, and characteristics of Ihara zeta functions, and graph machine learning.
Topics: Quantum information theory, Graph theory, Linear algebra and matrix analysis, Entropy, Dynamical system.
Keywords: Graph Laplacian quantum states, Quantum hypergraph states, Quantum entanglement, Quantum discord, Quantum state transfer, Quantum walk, Construction of cospectral graphs, Ihara zeta function, Billiard dynamics, Entropy, Matrix ineuality.