Machine Learning | Quantum Computing | Quant Research | London-based (2023-Present) | Ex-Astrophysicist |
28 | 송유근 | 🇰🇷 living in 🇬🇧 | Making Europe home | INTJ E3 | he/him |
yoogeunsong.com
Find me:
X: x.com/YoogeunSong
GitHub: github.com/ygsong1004
Google Scholar: scholar.google.com/citations?hl=en&user=6pWw3eYAAAAJ
ORCID: orcid.org/0000-0003-3206-1556
If you’re in London (UK), feel free to reach out! Happy to meet up!
yoogeunsong.com/blog/2026/pr...
yoogeunsong.com/blog/2026/pr...
The clinical expertise belongs to my collaborators. What draws me is the mathematical/physical structure of the problem, not the medicine. (2/2)
The clinical expertise belongs to my collaborators. What draws me is the mathematical/physical structure of the problem, not the medicine. (2/2)
Short answer: no. In the deepest place in my heart I'm a physicist, with a strong love for mathematical formulations & for techniques like machine learning. That hasn't shifted, & I don't expect it to. (1/2)
Short answer: no. In the deepest place in my heart I'm a physicist, with a strong love for mathematical formulations & for techniques like machine learning. That hasn't shifted, & I don't expect it to. (1/2)
@fermilab.bsky.social to South Dakota, liquid argon, 1000+ physicists across 30+ countries.
@imperialphysics.bsky.social leads on the detector readout & data acquisition, and this year I join to search that data for new physics. Hyped!
@fermilab.bsky.social to South Dakota, liquid argon, 1000+ physicists across 30+ countries.
@imperialphysics.bsky.social leads on the detector readout & data acquisition, and this year I join to search that data for new physics. Hyped!
I have 3 projects running:
⚛️Neutrinos - DUNE & NOvA,
🌀Quantum CFD - with US startup Singularity Quantum,
🫀Physics-informed ML for Afib.
These 3 share: Known physics, sparse data, one number that has to be right.
I hope to publish Afib ML papers this year!
I have 3 projects running:
⚛️Neutrinos - DUNE & NOvA,
🌀Quantum CFD - with US startup Singularity Quantum,
🫀Physics-informed ML for Afib.
These 3 share: Known physics, sparse data, one number that has to be right.
I hope to publish Afib ML papers this year!
I'll try to update on exciting works!
I'll try to update on exciting works!
We’ve retained our QS World University Ranking for the third year in a row! 🎉
This success is thanks to every single member of Imperial’s community, as we work together to make a meaningful difference in the world.
We’ve retained our QS World University Ranking for the third year in a row! 🎉
This success is thanks to every single member of Imperial’s community, as we work together to make a meaningful difference in the world.
The initiative provides opportunity for current staff and students to explore the work of one of the architects of modern particle physics.
🔗 www.imperial.ac.uk/news/article...
The initiative provides opportunity for current staff and students to explore the work of one of the architects of modern particle physics.
🔗 www.imperial.ac.uk/news/article...
Everyone overlooks the neutrino as an afterthought in our Universe.
But they're the only Standard Model particle with a shot to solve the dark matter, dark energy, and baryogenesis puzzles.
bigthink.com/starts-with-...
#physics #neutrinos
Everyone overlooks the neutrino as an afterthought in our Universe.
But they're the only Standard Model particle with a shot to solve the dark matter, dark energy, and baryogenesis puzzles.
bigthink.com/starts-with-...
#physics #neutrinos
Despite how luminous core-collapse supernovae are, 99% of the energy they carry away is invisible: in the form of neutrinos.
Here's why that must be the case.
bigthink.com/starts-with-...
#supernova #astro #space #neutrinos #physics
Despite how luminous core-collapse supernovae are, 99% of the energy they carry away is invisible: in the form of neutrinos.
Here's why that must be the case.
bigthink.com/starts-with-...
#supernova #astro #space #neutrinos #physics
This week, I flew 5,500 miles from London to attend it in my hometown.
Ran into fellow Imperial folks halfway around the world - Thomas Varsavsky (Adexis) and Rose Cymbler (Talia).
I look forward to collaborating in the future!
#ICML2026 #ICML
Find me:
X: x.com/YoogeunSong
GitHub: github.com/ygsong1004
Google Scholar: scholar.google.com/citations?hl=en&user=6pWw3eYAAAAJ
ORCID: orcid.org/0000-0003-3206-1556
If you’re in London (UK), feel free to reach out! Happy to meet up!
Find me:
X: x.com/YoogeunSong
GitHub: github.com/ygsong1004
Google Scholar: scholar.google.com/citations?hl=en&user=6pWw3eYAAAAJ
ORCID: orcid.org/0000-0003-3206-1556
If you’re in London (UK), feel free to reach out! Happy to meet up!