
Associate Professor
Binzheng Zhang
B.Sc. ZJU; Ph.D. Dartmouth
Research Interest: Planetary magnetospheres and space weather; computational plasma physics
Our group develops numerical methods and high-performance simulation tools for planetary and geospace plasma environments. Current projects span planetary magnetospheres, magnetosphere-ionosphere coupling, space weather, and advanced magnetohydrodynamics (MHD) algorithms.

Associate Professor
B.Sc. ZJU; Ph.D. Dartmouth
Research Interest: Planetary magnetospheres and space weather; computational plasma physics

Research Assistant Professor
B.Sc. USTC; Ph.D. USTC
Research Interest: Planetary magnetospheres and ionospheres; magnetosphere–ionosphere coupling; magnetic reconnection and auroral dynamics

Postdoctoral Researcher
B.S. PLNU; Ph.D. UAF
Research Interest: Jovian magnetosphere–ionosphere coupling; global MHD modeling; ionospheric electrodynamics

Postdoctoral Researcher
B.Sc. USTC; Ph.D. USTC
Research Interest: Thermosphere–ionosphere coupling; high-latitude atmospheric dynamics; space weather modeling

Ph.D. Student
B.Sc. USTC (Nuclear Physics)
Research Interest: Global Jovian magnetosphere; numerical magnetohydrodynamics (MHD)

Ph.D. Student
B.Sc. USTC (Space Physics)
Research Interest: Venusian space environment; global magnetohydrodynamic (MHD) simulations

Ph.D. Student
B.Sc. UNB (Mathematics)
Research Interest: High-performance kinetic schemes; physics-informed neural networks (PINNs)

Ph.D. Student · Since 2026
B.Sc. Oxford (Physics); M.Phil. Oxford
Research Interest: Computational plasma dynamics; drift-kinetic MHD
Ph.D. Student · Since 2026
B.Sc. Imperial (Geophysics); M.Phil. Imperial
Research Interest: Numerical modeling
B.Sc. HKU
Thesis: Modeling the Azimuthal Drift and Pitch-Angle Diffusion in Jupiter’s Radiation Belts
B.Sc. UCSB
Thesis: High-Resolution and High-Order Finite-Volume Methods for Astrophysical MHD Flows: Algorithms and Applications
B.Sc. ZJU
Thesis: Large and Mesoscale Fluctuations in the Magnetosphere of Giant Planet
B.Sc. SCUT; M.Sc. SYSU
Thesis: Jovian Magnetospheric Responses to Internal and External Processes
B.Sc. AUST; M.Sc. UCAS
Thesis: Study on the Characteristics of Geospace Based on Global Simulation
B.Sc. NJU
Prospective postgraduate and undergraduate researchers interested in applied mathematics, scientific computing, or space plasma physics are welcome to get in touch. Please read the prospective-student information before applying.