Guang Tian
PhD Student in Condensed Matter Physics · Peking University
Passionate about exploring the nature of matter, and also enthusiastic about driving innovation through code and capital. Currently focusing on the transport, magnetic, and thermal properties of topological materials.
Collaboration: Looking for collaborators on topological magnetic materials, AI projects, and early-stage tech ventures.
Collaboration: Looking for collaborators on topological magnetic materials, AI projects, and early-stage tech ventures.
Education
Ph.D. in Condensed Matter and Material Physics
Department of Physics, Peking University
Sep 2022 - Jun 2027
Advisor: Prof. Xiaosong Wu (Xiaosong Wu's Lab) | Focus: Topological & Magnetic Materials
By measuring electrical, magnetic and thermal properties of topological insulators, topological semimetals and other materials to understand electronic properties and transport laws.
By measuring electrical, magnetic and thermal properties of topological insulators, topological semimetals and other materials to understand electronic properties and transport laws.
Research Interests
Topological Materials
Investigating electronic transport properties and novel quantum effects.
Magnetic Materials
Exploring anomalous Hall effects and magnetotransport phenomena.
Spintronics
Studying spin-related electronic transport and novel spin-based devices.
Low Temperature
Using low-temp environments to study intrinsic physical properties.
Thin Film Magnetism
Preparation and characterization of magnetic thin films.
Nanotechnology
Exploring physical properties of nanoscale materials.
Honors
2022
Presidential Scholarship
For PhD Students
2022
Outstanding Graduate
Beijing Municipal
2022
Outstanding Thesis
Undergraduate
2021
Challenge Cup Silver
National Innovation
2019
National Scholarship
Top Academic Performance
Selected Publications
Magnetic field tunable third-order nonlinear transport in a heterodimensional superlattice
In-plane Hall effect in Co₃Sn₂S₂
Orbital Magneto-Nonlinear Anomalous Hall Effect in Kagome Magnet Fe₃Sn₂
Magnetotransport induced by anomalous Hall effect
Broader Interests
AI Programming
Enthusiastic about AI, LLMs, automation, AI agents, and the intersection of AI and scientific research.
Venture Capital
Keen on tech entrepreneurship, VC, and commercialization of cutting-edge science. Open to early-stage discussions.
Photography
Enjoy capturing experimental setups, urban geometry, and long-exposure landscapes that echo physics intuitions.
Hiking
Weekend hikes keep me grounded and double as scouting trips for future shots and instrumentation inspiration.