Excited to collaborate with the Korea Ministry of Science and ICT (@msitmedia) to use AI to accelerate scientific discovery and to invest in Korea’s next generation of talent. Many thanks for hosting us @msitminister - look forward to working together!
A decade ago in Korea, AlphaGo showed AI’s potential.
Together with the Korean government, we’re now looking at how this technology can help accelerate scientific discovery and create new opportunities for economic growth across the region. 🇰🇷
Find out more → https://t.co/OKiI9e65aC
The success of NVIDIA implies a structural shift in computing from serial to parallel. Serial computing is limited by the heat and time issues. Parallel computing improves these problems and requires more memory space. GPU memory is on demand. Parallel readable disks may be made.
The use case of LLMs is still the same as search: search for knowledge. If LLMs replace our tedious job to find products with a reasonable price, many Google users are willing to pay the effort of the search.
1. LLMs will be saturated. LLMs will keep evolving, but at a certain level, public users cannot recognize the quality. Data will be decisive. Google possesses myriads of search data, YouTube data, world data (Maps), and personal data (Gmail, Drive).
Finally a new textbook for theoretical neuroscience. Xiao-Jing Wang wrote a nice book with very broad coverage of the field. Highly recommend. https://t.co/uIDmpHvPYO
I have posted an arXiv paper (https://t.co/5KbGskI8GQ) as a report, which guides the proofs of Lee and Seung (2000)'s multiplicative update algorithms to solve non-negative matrix factorization (NMF).