Chentao Yang

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36 Posts

I study galaxies with the interstellar medium (mostly atoms, molecules, and dust) | postdoc @Chalmers Univ. | former ESO-ALMA Fellow | be authentic | 🌈

More about me - https://cyang.pro

Always feels nice to be mentioned in a conference. #eas2025 Nice to say our work arxiv.org/abs/2308.07368 has people’s attention (in this case, the director of IRAM).
Check out our new work introducing a one-zone model for AGN coronae that combines thermal and non-thermal plasma, linking mm emission with properties of SMBHs. This concise framework offers valuable insights into dust-obscured and high-redshift SMHBs. arxiv.org/abs/2504.07762

It has been one year since I left academia and joined the industry, transitioning from astrophysics research to developing products for commercial airline companies. As someone who grew up aspiring to be an astronomer and who has made tiny contributions to our understanding of galaxies, this transition has been a significant shift in both my career path and my identity, definitely not an easy one.

Reflecting on this change, I am happy with my current job and company, and I particularly value the colleagues I work with. I have learned a great deal over the past year and hope to continue growing in the future.

If you are also transitioning from academia to the industry, especially as a postdoc, feel free to reach out to me if you want some advice or just to chat.

Total ALMA 12-m array on-source time in galaxy-evolution category… I feel sad that I won’t be able to publish those data after quitting academia 🥲 (figure made by a friend via Astroquery)
Eye-balling-brute-force algorithm for day 17 part 2 of #aoc2024
Come and join our #adventofcode2024 leaderboard! Astronomers are welcome!!
2789987-b4971f0a
last day in the office
We have a press release!! In short, we have detected a lot of molecules in the early universe for the first time, and using these detections, we have learned a lot about how star factories work there! https://www.chalmers.se/en/current/news/see-unexpected-chemistry-reveals-cosmic-star-factories-secrets/
Unexpected chemistry reveals cosmic star factories' secrets

<p>A Chalmers-led team of scientists has studied two galaxies in the early universe, which contain extremely productive star factories. Using powerful telescopes to split the galaxies’ light into individual colours, the scientists were amazed to discover light from many different molecules – more than ever before at such distances. Studies like this could revolutionize our understanding of the lives of the most active galaxies when the universe was young, the researchers believe.</p>

Chalmers University of Technology