Jyong-Hao Chen

Foto of Jyong-Hao Chen PhD student
Condensed Matter Theory Group >>

Paul Scherrer Institute
WHGA/125
5232 Villigen PSI
Switzerland

Telephone: +41 56 310 5328
E-mail: jyong-hao.chen@psi.ch

Research Activities/Specialties

My current research interests aim at understanding theoretical aspects of condensed matter systems, and their possible connections to experiments.

Two recent research focuses are:

1. Topological phases of matter, including symmetry protected topological order, intrinsic topological order, topological spin liquid, and fractionalization of quantum numbers in quantum many-body systems. This part of research mainly relies on the tool of quantum field theory and conformal field theory (such as the use of functional integral, mean-field approximation, Abelian and non-Abelian bosonization, renormalization group, group theory and topology, duality and solvable models).

2. Frustrated magnetism and exotic quantum phenomena, such as layered triangular Ising-spin system, layered quantum Heisenberg-spin system, spin liquid and spin ice material, and unconventional superconductivity. For this part of the research, besides performing analytical analysis and numerical simulations, collaborating with condensed matter experimentalists are also encouraged.

Outside of condensed matter physics, I also have long-standing interests in fundamental aspects of quantum field theory and their application to statistical mechanics and quantum information science.

Education

Personal webpage

Publications

arXiv

Google Scholar

Teaching Activities

Spring semester, 2018 --- Teaching assistant of Prof. Claudio Chamon for his lecture on "Fractionalization of Particles in Physics", ETH Zürich, Switzerland.

Autumn semester, 2017 --- Teaching assistant of Prof. Manfred Sigrist for his lecture on "Superconductivity", ETH Zürich, Switzerland.

Spring semester of 2015, 2016, and 2017 --- Teaching assistant of Dr. Christopher Mudry for his lecture on "Field theory in condensed matter physics", ETH Zürich, Switzerland.