Conference Presentations
1. 2019-06, Geospace Environment Modeling meeting, Santa Fe, U.S. The origin of two-band chorus waves in the Earth’s outer radiation belt.
2. 2019-01, Peking University, Beijing, China. Nonlinear coupling between whistlers and Langmuir waves in Earth’s radiation belts and reconnection regions: observations and simulations.
3. 2019-01, Invited, Nanchang University, Nanchang, China, Nonlinear coupling between whistlers and Langmuir waves in Earth’s radiation belts and reconnection regions: observations and simulations.
4. 2019-01, Wuhan University, Wuhan, China, Nonlinear coupling between whistlers and Langmuir waves in Earth’s radiation belts and reconnection regions: observations and simulations.
5. 2019-01, Southern University of Science and Technology, Shenzhen, China. Energetic particle dynamics and electromagnetic wave activities in Earth's radiation belts
6. 2018-12, Invited, Tongji University, Shanghai, China, Nonlinear coupling between whistlers and Langmuir waves in Earth’s radiation belts and reconnection regions: observations and simulations.
7. 2018-12, Invited, University of Science and Technology of China, Hefei, China, Nonlinear coupling between whistlers and Langmuir waves in Earth’s radiation belts and reconnection regions: observations and simulations.
8. 2018-12, Sun Yat-sen University, Zhuhai, China. Interactions between a variety of plasma waves and energetic particles in the Earth’s magnetosphere.
9. 2018-12, American Geophysical Union fall meeting, Washington D. C., USA. Energetic particle flux and pitch angle variation in dayside outer magnetosphere: Multi-spacecraft observations.
10. 2018-08, Van Allen Probe SWG Telecon, Langmuir waves driven by chorus waves in the radiation belts.
11. 2018-07, Invited, Cospar meeting, Pasadena, USA, Multi-Spacecraft Observations of Whistler-Mode Waves: Recent Progress and Outstanding Questions.
12. 2018-07, Cospar meeting, Pasadena, USA, Poster, Whistler mode chorus wave modulation of Langmuir waves in the radiation belt and reconnection regions.
13. 2018-05, UCLA space physics seminar, Los Angeles, USA, Whistler Mode Waves Modulation of Langmuir Waves in the Radiation Belts and Magnetopause.
14. 2018-02, Invited, University of California, Berkeley, Whistler Mode Waves Modulation of Langmuir Waves in the Radiation Belts and Magnetopause.
15. 2018-01, National Radio Science Meeting, Boulder, USA, Poster, Whistler mode chorus wave modulation of Langmuir waves in the radiation belt.
16. 2017-12, AGU fall meeting, New Orleans, USA, Poster, Whistler mode chorus wave modulation of Langmuir waves in the radiation belt: Van Allen Probe observations.
17. 2017-08, The 4th International Space Weather Conference, Beijing, China, Oral, Langmuir waves modulated by chorus waves: Van Allen Probe observations.
18. 2017-06, GEM meeting, Portsmouth, USA, Oral, Langmuir waves modulated by chorus waves: Van Allen Probe observations.
19. 2017-06, GEM meeting, Portsmouth, USA, poster, Langmuir waves modulated by whistlers at the magnetopause boundary: MMS observations.
20. 2017-04: UCLA Space Physics Seminar, Los Angeles, USA, Invited, Magnetosonic Waves: fascinating spectral structures and their importance on radiation belt electron dynamics.
21. 2017-01, Invited, Wuhan University, Wuhan, China, Magnetosonic Waves: fascinating spectral structures and their importance on radiation belt electron dynamics.
22. 2016-12, Invited, Polar Research Institute of China, Shanghai, China, Magnetosonic Waves: fascinating spectral structures and their importance on radiation belt electron dynamics.
23. 2016-12, miniGEM, San Francisco, USA, Oral, “Zipper-like” magnetosonic waves: Van Allen Probes, THEMIS, and Magnetospheric Multiscale observations.
24. 2016-12, AGU fall meeting, San Francisco, USA, Oral, Coherent Whistler Mode Waves Simultaneously Observed Over Unexpectedly Large Spatial Scales.
25. 2016-06, GEM meeting, Santa Fe, USA, Oral, Coherent Whistler Mode Waves Simultaneously Observed Over Unexpectedly Large Spatial Scales.
26. 2016-06, GEM meeting, Santa Fe, USA, Poster, Ultrarelativistic electron butterfly distributions created by parallel acceleration due to magnetosonic waves.
27. 2016-02, Invited, Van Allen Probe EMFISIS Science/Ops telecom, Electron Butterfly Distributions Created by Parallel Acceleration due to Magnetosonic Waves.
28. 2015-12, miniGEM meeting, San Francisco, USA, Oral, Formation of energetic electron butterfly distributions by magnetosonic waves
29. 2015-12, AGU meeting, San Francisco, USA, Oral, Ultrarelativistic electron butterfly distributions created by parallel acceleration due to magnetosonic waves.
30. 2015-09, Van Allen Probes RBSP‐ECT Suite Science Team, Redondo Beach, USA, Oral, Formation of energetic electron butterfly distributions by magnetosonic waves
31. 2015-06, the 16th National Sun-Earth Space Physics Conference, Changsha, China, Formation of Inner Magnetospheric Energetic Electron Butterfly Distributions due to Scattering by Equatorial Magnetosonic Waves. [Outstanding student talk award]
32. 2014-08, URSI meeting, Beijing, China, Oral, Phase trapping and phase bunching: Nonlinear acceleration and deceleration of radiation belt electrons.
33. 2013-11, The 3rd International Space Weather Conference, Guilin, China, Interactions of magnetosonic (MS) waves with radiation belt electrons: Comparisons of quasi-linear theory with test particle simulations.
34. 2013-12, AGU meeting, San Francisco, USA, Poster, Interactions between magnetosonic waves and radiation belt electrons: Comparisons of quasi-linear calculations with test particle simulations
35. 2013-06, GEM meeting, Snowmass, Colorado, USA, Interactions of magnetosonic (MS) waves with radiation belt electrons: Comparisons of quasi-linear theory with test particle simulations
36. 2011-05, International Symposium：From Solar Storm to Geomagnetic Storm, Shanghai, China, Variational symplectic algorithm for the guiding-center dynamics and its application to magnetospheric physics.
37. 2011-10, The 12th National Sun-Earth Space Physics Conference, Chongqin, China, Simulation of ULF wave-electron interactions using the Variational Symplectic Algorithm