About
About
Embedded Files
I am Guangze Chen, a quantum physicist and research software engineer with 5+ years of experience in developing classical simulation tools for quantum systems. Author of 16 publications (including 1 Nature, 2 Physical Review Letters). Developer of 4 computational software and 1 algorithm.
I am Guangze Chen, a quantum physicist and research software engineer with 5+ years of experience in developing classical simulation tools for quantum systems. Author of 16 publications (including 1 Nature, 2 Physical Review Letters). Developer of 4 computational software and 1 algorithm.
I am actively exploring opportunities (starting August 2026) where I can apply my expertise to solve challenges in superconducting quantum devices.
I am actively exploring opportunities (starting August 2026) where I can apply my expertise to solve challenges in superconducting quantum devices.
My works
My works
Quantum simulation with giant atoms
Quantum simulation with giant atoms
Giant atoms are an emerging platform in superconducting quantum circuits and waveguide quantum electrodynamics (QED), enabling controllable interaction between qubits via interference effects. My research explores how 2- and 3-qubit gates can be realized with these systems, and how they can be utilized for quantum simulation.
Giant atoms are an emerging platform in superconducting quantum circuits and waveguide quantum electrodynamics (QED), enabling controllable interaction between qubits via interference effects. My research explores how 2- and 3-qubit gates can be realized with these systems, and how they can be utilized for quantum simulation.
Tensor-network methods for open quantum many-body topology
Tensor-network methods for open quantum many-body topology
I develop scalable numerical methods for simulating open quantum many-body systems. I have developed the numerical library NHKPM.jl to efficiently compute dynamical correlators in open quantum many-body systems. Additionally, I have developed the correlation matrix pumping method, an efficient tool to compute many-body topological invariants.
I develop scalable numerical methods for simulating open quantum many-body systems. I have developed the numerical library NHKPM.jl to efficiently compute dynamical correlators in open quantum many-body systems. Additionally, I have developed the correlation matrix pumping method, an efficient tool to compute many-body topological invariants.
Exotic phases in van der Waals materials
Exotic phases in van der Waals materials
I explore how exotic phases of matter can be realized and probed in van der Waals materials with different ways of engineering. My past research has focused on identifying Dirac quantum spin liquid (QSL) with impurity and twist engineering, as well as driving 1T-TaS2 to the QSL regime with Coulomb engineering. I have collaborated with experimentalists on the STM characterization of artificial heavy-fermions in 1T-TaS2/1H-TaS2 heterostructure and nodal superconductivity in 1H-TaS2.
I explore how exotic phases of matter can be realized and probed in van der Waals materials with different ways of engineering. My past research has focused on identifying Dirac quantum spin liquid (QSL) with impurity and twist engineering, as well as driving 1T-TaS2 to the QSL regime with Coulomb engineering. I have collaborated with experimentalists on the STM characterization of artificial heavy-fermions in 1T-TaS2/1H-TaS2 heterostructure and nodal superconductivity in 1H-TaS2.
Brief bio
Brief bio
I am a postdoctoral researcher at Chalmers University of Technology, Sweden. My supervisor is Prof. Anton Frisk Kockum. I did my Ph.D. between 2019 and 2023, at Aalto University, Finland, supervised by Prof. Jose L. Lado. I did my Master of Physics at ETH Zurich between 2017 and 2019, and my Master's thesis was supervised by Prof. Oded Zilberberg and Prof. Wei Chen.
I am a postdoctoral researcher at Chalmers University of Technology, Sweden. My supervisor is Prof. Anton Frisk Kockum. I did my Ph.D. between 2019 and 2023, at Aalto University, Finland, supervised by Prof. Jose L. Lado. I did my Master of Physics at ETH Zurich between 2017 and 2019, and my Master's thesis was supervised by Prof. Oded Zilberberg and Prof. Wei Chen.
Open source library development
Open source library development
NHKPM.jl : Julia library to compute dynamical correlators of non-hermitian many-body Hamiltonians with matrix-product states and kernel polynomial method
Page updated
Google Sites
Report abuse