# Biography

I am a physics senior at Fudan University. My research interest focuses on understanding the emergent phenomena in strongly correlated electron systems.

I will be joining MIT as a Ph.D. student in Physics this fall.

### Interests

• Strongly correlated systems
• Complex oxides
• Superconductivity

### Education

• BSc in Physics, 09/2018-present

Fudan University

• Visiting Student, 08/2021-01/2022

University of California, Berkeley

# Reasearch Experience

#### Supervised by Prof. Wei Li

May 2021 – Aug 2021 Artificial Interface Lab, Fudan University
• Developed python codes to study the nontrivial topology of rare-earth oxide superconductor LaO and found non-zero $Z_2$ invariant together with topologically protected surface states.
• Analyzed the energy splitting of La orbitals in oxygen octahedron crystal fields with group theory and identified the origin of band inversion as the 5d to 4f orbital transition.

#### Supervised by Prof. Wei Li

May 2019 – Apr 2020 Artificial Interface Lab, Fudan University
• Constructed a lattice model of metal-superconductor junctions and developed python codes to simulate Andreev reflection spectrum.
• Studied the finite-size effects of the zero-bias conductance peak in topological superconductors.

# Projects

#### Electronic structure of superconductor LaO

nontrivial topology

#### Finite-size effects of Majorana zero mode

finite-size effects of the zero-bias conductance peak in topological superconductors

# Recent Posts

### Lessons from the Nobel Prize in Physics 1987

Lesson I learn in the Nobel lecture given by J. Georg Bednorz