His name is Jialiang Tang and he got his master degree from Shanghai University. Now, he is a PhD researcher at the Novel Platforms and Nano-devices for Quantum Simulation and Computation Group. He has been working in the field of quantum computing, with a particular focus on digital counterdiabatic quantum computing.
"Recently, I applied this algorithm to solve the ground state of the honeycomb lattice in the Fermi Hubbard model, which is a well-studied model in condensed matter physics. This work contributes to the understanding of complex quantum systems and their applications in material science".
What will you work on? With whom?
I will be working with Xi Chen and Gloria Platero. Our focus will be on using quantum computing and tensor network techniques to explore and address challenging material science problems, specifically in the area of quantum simulations.
Why did you choose ICMM?
I chose ICMM because of its cutting-edge research environment and the opportunity to collaborate with world-renowned experts in the field of quantum computation and material sciences. The institute's interdisciplinary approach aligns perfectly with my research interests and aspirations to contribute to groundbreaking developments.
And a personal touch: any hobbies? What would you like to contribute to the institute?
In my free time, I enjoy watching basketball, and my favorite team is the Los Angeles Lakers. Beyond research, I hope to contribute to the institute by using quantum computing and tensor network techniques to solve complex material science problems, pushing forward our understanding of quantum materials and fostering innovation in this exciting field.