科研Wei Luo, Yiming Shu,. A Multilayer Thin-Film Structure for Enhanced Spin Current-Driven Acousto-Magnetic Coupling, National Copyright Administration of the People's Republic of China, Application Number: 202510074039.6
2023.08
活动China Chip Practice Team - the National Top 100 Practical Team
2023.09
奖项Student Representative, Huazhong University of Science and Technology (20/1462)
2023.09
奖项Student Representative, IC Academy (100/1462)
2023.11
奖项Arts and Sports Scholarship, Huazhong University of Science and Technology (100/1462)
2023.11
科研Acousto-magnetic Coupling Sensor Based on Composite Ferromagnetic Material with Wide Magnetic Field Response Range
2023.11
工作National Undergraduate Training Program for Innovation and Entrepreneurship
2024.03
科研Calculation of Oxygen Ion Migration Energy in Topological Phase Change Memristor Material and Device Design
2024.03
工作National Undergraduate Training Program for Innovation and Entrepreneurship
2024.08
活动Oxford International Study Abroad Programme at St Antony’s College, University of Oxford
2024.09
工作Institute of Microelectronics
2024.09
科研Spin Current Generation and Spin Orbit Torque Detection of Perpendicular Magnetized Ferromagnets
2025.02
工作PKU ICQM and UFL Department of Physics
2025.02
科研Extinction Phenomenon in Resonant Raman Scattering
2025.06
工作Cornell High-field and Low-temperature Laboratory
2025.06
科研Quantum Oscillations in Superconductor Using Surface Acoustic Wave Resonators
Manuscript draft
论文Extinction Phenomenon in Resonant Raman Scattering
Manuscript draft
论文Out-of-plane Polarization and High Field-like Torque Enabled Low-power, Field-free Switching
Under Review
论文High-Velocity Magnetic Domain Wall Motion Driven Acoustic Spin Transfer Torque
Under Review
论文Chirp Magnons Excited by Variable-Velocity Skyrmion driven by standing SH Acoustic Waves