Jin Chumpu

CS PhD student @NUSComputing and SINGA A*STAR Awardee 🇹🇭 ✨

[Jitendra MALIK @JitendraMalikCV]

Angjoo Kanazawa @akanazawa and I taught CS 280, graduate computer vision, this semester at UC Berkeley. We found a combination of classical and modern CV material that worked well, and are happy to share our lecture material from the class. https://t.co/Jx39BSyIdy Enjoy!

[Tom Dörr @tom_doerr]

15TB of physics simulation datasets

https://t.co/DPDO6pexUe

[Jin Chumpu @romrawinjp]

That’s warped for this week at #ACL2024! It’s been my honor to be a part of the local volunteer team and representing our culture to the world (especially our large food boxes, fruits, and Muay Thai).

[Jin Chumpu @romrawinjp]

Please kindly spread the word if you see this message

[Jin Chumpu @romrawinjp]

Anyone who is going to join #ACL2024NLP in Bangkok, if you need to print a poster, please send your poster ASAP. Because Aug 12 is public holiday and most of printer shops might close, they couldn’t handle printing services on time of the presentation.

[Jin Chumpu @romrawinjp]

Volunteered at this booth and guaranteed 1000% fun! Thank you, Yilan and Botao!

[ACM SIGGRAPH @siggraph]

The #SIGGRAPH2024 Immersive Pavilion selection "MOFA: Multiplayer Onsite Fighting Arena " took the cake by winning the Immersive Pavilion Best in Show award 🍰. Congratulations to the team behind this fascinating installation 👏

https://t.co/ok1g8vXNzh

📷: MOFA: Multiplayer Omnipresent Fighting Arena © 2024, Botao Amber Hu, Yuchen Zhang, Sizheng Hao, Yilan Tao, Reality Design Lab.

[Jin Chumpu @romrawinjp]

Exciting keynote speakers at #SIGGRAPH2024 @nvidia #SIGGRAPHstudent

[Jin Chumpu @romrawinjp]

@pooripat_sr ถักกับฉันไหม55

[Physical Review Fluids @PhysRevFluids]

Join Powers et al. on an exciting journey as they delve into the heart of stars and planets to find out how internal heating sources influence convective dynamics! Their study lightens up our understanding of the force behind astrophysical convection. @ https://t.co/XVqFB9SPCy

[Jin Chumpu @romrawinjp]

I just published Graphical Notes on Machine Learning — Gradient Descent https://t.co/9bf3s5ZmNU

[Jin Chumpu @romrawinjp]

I’m still smiling for the sticker and the pin, how could you know that :)

[Jin Chumpu @romrawinjp]

Thank you #NeurIPS2023 for sending me these gifts across the world! These completely made my day. Even though I couldn’t make it there in Dec, thank you for such an amazing experience and a huge cheering-up for a baby ml researcher like me. I got loads of energy now!

[Two Minute Papers @twominutepapers]

Wow. 😮 On Katalin Karikó's Nobel prize:
"My mother used to listen to the Nobel Prize winners on the radio every October, and she always said: Katika, it might be you. To which I: Mom, I couldn't even get a scholarship, let alone a Nobel Prize!"

(Source: Translated from 444)

[Jin Chumpu @romrawinjp]

My mom: I have no idea what it is about 😝 your figures look nice!

[Sketching Science @sketchscience]

The highest impact factor is when your paper reaches your mom’s fridge❤️

[Jin Chumpu @romrawinjp]

💪 We believe that our study can push the boundaries of physics-based simulation with machine learning and lead to the discovery of new materials of interest.

✉️ If anyone is interested in discussing material simulation with ml, I am open to and excited about new ideas

(5/n)

[Jin Chumpu @romrawinjp]

🚀 Our latest article "Physics-informed graph neural networks accelerating microneedle simulations towards novelty of micro-nano scale materials discovery" is out now in EAAI Journal @ElsevierConnect.

Link: https://t.co/pOebypNVXk
Project page: https://t.co/SwbLVTVNVv

(1/n)

[Jin Chumpu @romrawinjp]

- Micro-nano dimension training is challenging. (If anybody wants to discuss this more, feel free to DM/email me!)

- An unseen material has been tested and prototyped as a novel physics-based method in material discovery.

(4/n)