Academic Dossier
Research-focused dossier with traceable outputs
PhD candidate in condensed matter physics and quantum computing, focusing on theoretical and computational methods.
Education
Eastern Institute of Technology, Ningbo & USTC (Joint Program)
PhD Student in Physics ｜ 2022 - Present
Supervisors: Prof. San Zhang, Prof. Si Li
University of Science and Technology of China
BSc in Physics ｜ 2018 - 2022
GPA: 3.8/4.0
Research Interests
Quantum computing (quantum finance/quantum chemistry), first-principles calculations (magnetism), micromagnetics (spin dynamics), Wannier post-processing (optics/electrical).
Technical Stack
LanguagesPython / Julia / C++
DFT SoftwareVASP / Quantum ESPRESSO
Quantum ComputingQiskit / PennyLane / Cirq
Micromagneticsmumax3 / OOMMF
Selected Outputs
- 2026 — Variational Quantum Eigensolver for Small Molecules — Quantum Information Processing
- 2026 — First-Principles Study of Magnetic Properties in Fe3GeTe2 — Physical Review B
- 2025 — Skyrmion Hall Effect in Co/Pd Multilayers — JMMM
- 2025 — Second Harmonic Generation in Monolayer MoS2 — Nature Communications
- 2024 — Berry Curvature in Twisted Bilayer Graphene — 2D Materials
Academic Service
- Referee — Physical Review B, Physical Review Letters, npj Computational Materials, JMMM
- Conference Organizer — Condensed Matter Physics Conference 2025
- Student Mentoring — Undergraduate Research Projects (3 students)
Conference Talks
- 2025 — "Skyrmion Dynamics in Multilayer Films" — CMD25, Paris
- 2025 — "Wannier-based SHG Calculations" — APS March Meeting, Seattle
- 2024 — "VQE for Molecular Simulation" — Quantum Computing Conference, Beijing
Contact
GitHub: https://github.com/bowenphys
Email: bowen@example.edu
