Keming Zhang retweeted
An Earth-mass planet is inferred to have a white dwarf host, suggesting that terrestrial planets in Earth-like orbits may avoid being engulfed during the red-giant phases of their host stars. @AstroKeming, Zang et al.: nature.com/articles/s41550-0… / rdcu.be/dVa0R @ucsdastro
Keming Zhang retweeted
The coolest paper on @arxiv today has to be this one, on the discovery of an Earth-mass planet and a brown dwarf orbiting a white dwarf.
It makes me think about what happens to a planetary system when its star goes red giant
(short thread)
arxiv.org/abs/2409.02157
Keming Zhang retweeted
On behalf of the organizers, I am happy to announce that the Call for Papers is now out! ml4physicalsciences.github.i… Deadline: September 22. ✍️#ML4PS2022
Great news, our Machine Learning and the Physical Sciences workshop at #NeurIPS2022 was accepted!
This will be the fifth edition of this fantastic workshop series.
More details to follow. #ML4PS2022
ml4physicalsciences.github.i…
Keming Zhang retweeted
Great news, our Machine Learning and the Physical Sciences workshop at #NeurIPS2022 was accepted!
This will be the fifth edition of this fantastic workshop series.
More details to follow. #ML4PS2022
ml4physicalsciences.github.i…
Keming Zhang retweeted
A nice write-up about our recent @NatureAstronomy paper on a ubiquitous degeneracy in planetary microlensing, led by @UCB_Astronomy graduate student Keming Zhang @AstroKeming, along with Josh Boom @profjsb.
news.berkeley.edu/2022/05/24…
Keming Zhang retweeted
AI reveals unsuspected math underlying search for exoplanets
news.berkeley.edu/2022/05/24…
Keming Zhang retweeted
UC Berkeley graduate student Keming Zhang @AstroKeming discussing the newly-discovered “offset degeneracy” in planetary microlensing events at #Exo4.










