The only thing impressive about Elon Musk is his space company, his car company, his payments company, his tunneling company, and his brain connectivity company. Literally nothing else.
Can we build an artificial brain?
- 86B neurons
- 500T synapses
- Analog chips
Neuromorphic computing with analog chips might be our only path to general AI, says @Rain__AI
Video: https://t.co/G7IF7SSmcX
Podcast: https://t.co/zauOxfmNx7
Transcript: https://t.co/85XlBX1flD
We are delighted to announce @Rain__AI as a Gold Partner of the AI Systems Summit: Research, taking place virtually on April 26-27, 2022!
Download the agenda: https://t.co/xrW8aQ7m1R
Register here: https://t.co/AOoCrUC5Wf
#ai#ml#machinelearning#aihardware#hpc
Rain Neuromorphics (S18) has raised $25M in funding to design chips that mimic the way the brain works and may one day help to enable true artificial general intelligence.
Congrats @gordonhwilson and the entire team @Rain__AI on the round!
https://t.co/dDhAWqEib0
We have raised a 25M Series A! We're now hiring across multiple disciplines, and will continue development on our roadmap for neuromorphic AI.
https://t.co/XxlYauIysB
Thanks to @ValleymlAi for hosting the AI Expo 2021 last week and having our CEO @gordonhwilson present our neuromorphic roadmap for artificial intelligence.
Check out the full presentation here: https://t.co/fCMkyyIob5
The fact that we can begin with 10,000 neurons at 180nm shows that we will be able to scale to extremely large numbers of neurons while keeping our manufacturing affordable and low-risk. We will ultimately be able to fit hundreds of millions of neurons onto a single chip at 40nm.
Excellent article on my portfolio company @Rain__AI and their latest demo chip. Analog hardware with a brain-like "neuromorphic" architecture is the future of AI computation https://t.co/4TDL32oX4C
.@Rain__AI has changed its hardware roadmap, borrowing fabrication techniques from 3D NAND Flash for its novel analog compute chip. Combine it with Rain's algorithmic techniques for training end-to-end analog neural networks and things get exciting!
https://t.co/NBIUg4GU4E
For a deeper dive on the algorithm (called equilibrium propagation), the research we co-published with @Mila_Quebec can be found here: https://t.co/0F2pnPJks1
We are looking forward to attending this year's Montréal AI and Neuroscience Conference. Join us if you can! Thank you, @Mila_Quebec@MAIN_Community https://t.co/kuppJUu7Ov