About me

Hi, welcome to my homepage. I am currently a PhD student working in astronomy. I become a member of the Chris Ormel group in Department of Astronomy, Tsinghua University, China since 2021. My research interests lie on studying planet formation with hydrodynamic simulations. Esspecially in,

  • Planet-disk recycling flows in protoplanetary disks;
  • Volatile delivery to young planets by pebbles;
These topics help us understand questions like, the mysterious origin of water on Earth, the diversity of water content of exoplanets and the role of volatiles during planet/planetesimal formation etc. Connecting results from hydro simulation to observational signatures would also be the topic I would like to learn and explore.

I usually use the famous MHD code Athena++ in my research and try to develop new modules adding new physical processes, e.g, phase change (sublimation/condensation), into it. It would be super interesting if you have any ideas related to the phase change process so feel free to contact me.

Daniel lewis
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Daniel lewis

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Resume

Education

  1. Sun yat-sen University

    2017 — 2021

    B.Sc. in Physics.
    Zhuhai, Guangdong, China

  2. Tsinghua University

    2021 - present

    Ph.D. in Astronomy.
    Beijing, China

Publications

  1. Wang Y., Ormel C. W, Huang P., Kuiper R., 2023, MNRAS, 523, 4
    Atmospheric recycling of volatiles by pebble-accreting planets
  2. Jiang H., Wang Y. , Ormel C. W., Krijt S., Dong R., A&A, accepted
    Chemical footprints of giant planet formation: Role of planet accretion in shaping the C/O ratio of protoplanetary disks

Attendance of events

  1. Jul. 31st - Aug. 11th 2023, Fluid dynamics summer school, CCA, Flatiron Institute, New York, US
  2. Apr. 10th - Apr. 16th 2023, Protostar and Protoplanet VII, Kyoto, Japan

Resources

List of Presentations

  • 🪧 2023/04/10-16 Kyoto PPVII supplementary material. Atmospheric recycling of volatiles by pebble-accreting planets.
  • 🗣 2022/10/21 THU Hot Jupiter, cold kinematics. The correlation between stellar phase space overdensity and Hot Jupiter's occurrency rate.
  • 🗣 2022/06/06 THU The Origin of dark matter deficient galaxies, galatic physics term talk.
  • 🗣 2021/04/16 THU Magnetically Driven Circulation and Hotspot Shift on Tidally-locked Hot Jupiters

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