Wei, Wang （汪 巍）
Department of Physics and Astronomy,
Johns Hopkins University, Baltimore, MD 21218, USA.
Ph.D. Student (2nd year, online for the 1st year due to COVID-19).
Rotation Advisor: Prof. Brian A. Camley, Prof. Oleg Tchernyshyov
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Address: 4010 Linkwood Rd Apt F, Baltimore, MD 21210, USA.
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Hometown: Huangshan City, Anhui Province, 245400, P. R. China.
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Phone: (+1)-667-900-3371 / (+86)-13155590878
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E-mail: wei.wang@jhu.edu
EDUCATION
School of Physics Science and Engineering, Tongji University, Shanghai, P. R. China.
Bachelor of Science in Physics, Jul. 2020.
Outstanding Graduate of Shanghai City (summa cum laude).
Standardized English Tests:
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TOEFL: 105 / 120 ( Reading: 30; Listening: 29; Speaking: 22; Writing: 24 )
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GRE General: 327 / 340 + 3.5 / 6.0
( Verbal: 157 - 76%; Quantitative: 170 - 96%; Analytical Writing: 3.5 - 39% ) -
GRE Physics: 990 / 990 (95%)
RESEARCH EXPERIENCES
- 2021.2 - present:
Research Assistant in Department of Physics & Astronomy, Johns Hopkins University
Advisor: Brian A. Camley, Assistant Professor, Department of Physics & Astronomy
and Department of Biophysics, Johns Hopkins University
Dissociation of active particles in collective invasion
⚙ Studied the collective migrating theory, statistics, and phase field theory.
⚙ Built a numerical model based on these theories to study the collective migrating.
- 2019.7 - 2019.12:
Summer research in Complex Systems Division, Beijing Computational Science Research
Center (CSRC)
Advisor: Xinliang Xu, Assistant Professor in Beijing Computational Science Research Center
and Adjunct Professor in Department of Physics, Beijing Normal University
Geometric Capture and Escape of a Microswimmer Colliding with an Obstacle
⚙ Simulated the motion of a self-propelling microswimmer in viscous fluids through
numerical method.
⚙ Analysed the
\(h-\theta\)
phase diagram to study the properties of the fixed points and
compared the results with experiments.
⚙ Delved the conditions when the micrcoswimmer would be captured by the obstacle
and
when it could successfully escape.
- 2019.3
Poster Presenter in the APS March Meeting 2019, Boston, MA, USA
Advisor: Jianwei Zhang, Professor of Physics, Vice Dean, School of Physics Science and
Engineering, Tongji University
The H Field Dependence of Magnon Diffusion Length Basing on Boltzmann Methods
⚙ Completed an abstract and a poster as the first writer to showcase in the meeting.
⚙ Took part in several lectures and seminars during the meeting.
- 2018.9 - 2020.6:
Program Leader in the National College Students’ Platform for Innovation and
Entrepreneurship Training Program, Tongji University
Advisor: Jianwei Zhang, Professor of Physics, Assistant Dean, School of Physics Science and
Engineering, Tongji University
Novel Magnon Spintronics Storage Device
⚙ Investigated and explored the working principle of magnetic storage device.
⚙ Explored the effects of anisotropy on the magnon transport behavior and the magnon
diffusion length.
⚙ Studied the hydrodynamic properties of magnons transporting in YIG at extremely low
temperature.
- 2017.10 - 2020.6:
Research Assistant in Shanghai Key Laboratory of Special Artificial Microstructure,
School of Physics Science and Engineering, Tongji University
Advisor: Jianwei Zhang, Professor of Physics, Vice Dean, School of Physics Science and
Engineering, Tongji University
Spinning and Spin Transport in Ferromagnetic Metal-Ferromagnetic Insulator Multilayer
Film Materials
⚙ Deduced the general magnon Boltzmann transport theory from the Hamiltonian of the
nondissipative magnetic system.
⚙ Built a numerical magnon gas model to simulate the magnon transport process in yttrium
iron garnet (YIG) materials.
⚙ Explored the effects of external magnetic field on the magnon transport behavior and the
magnon diffusion length.
PUBLICATIONS
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Tao Liu, Wei Wang *, Jianwei Zhang, “Collective induced antidiffusion effect and general magnon Boltzmann transport theory ”, Phys. Rev. B 99, 214407 (2019).
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Wei Wang *, Tao Liu, Yuheng Li, and Jianwei Zhang, “The H field dependence of magnon diffusion length basing on Boltzmann transport methods ”, Poster, APS March Meeting 2019, Mar. 2019.
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Tao Liu, Wei Wang*, and Jianwei Zhang, Magnon Transport Equation under the Action of Magnetic Field and Anisotropy Field, The 10th National Conference (China) on Magnetic Thin Films and Nano-Magnetism (2018).
SELECTED AWARDS/HONORS/SCHOLARSHIPS
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Outstanding Graduate of Shanghai City, Shanghai Education Commission 06/2020
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Outstanding Students, Tongji University 01/2019, and 01/2020
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“Chuancheng · Ganen” Science and Technology Youth Scholarship, Tongji University 10/2019
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Scholarship for Outstanding Students,Tongji University 11/2017, and 11/2018
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Second Prize of the 34th National University Student Physics Competition 12/2017
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ADDITIONAL INFORMATION
Computer Skills:
Adept in C/C++, Python, LaTeX, Microsoft Office, Origin Pro;
Frequent user of Matlab, Mathematica, Linux System, Remote Server, CUDA (NVIDIA GPU
Programming) and MPI Programming;
Occasional user of R, COMSOL, Arduino and Adobe softwares;
Club/Activities:
Traditional Chinese Calligraphy Club of Tongji University;
Member of the Traditional Loong Dancing Club of Tongji University (Our team had
performed the
Loong Dancing at the opening ceremony of the School Sports Meeting of
Tongji University);
Hobbies:
- Traditional Chinese Calligraphy, Badminton;
- Table tennis (Pingpong), Drawing, Video Games;
- Coding & Debugging 😜 (More in my GitHub profile: https://github.com/wwang721);
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