AI x neuroscience.
🌊 www.rdgao.com
mice are not monkeys are not humans, none of them are RNNs. There are 1000 things each can/not do bc they have different bodies and live in different environments.
nvm how wild it is that the article manages to go from NHP neuro to AI & anti-China lol??
mice are not monkeys are not humans, none of them are RNNs. There are 1000 things each can/not do bc they have different bodies and live in different environments.
nvm how wild it is that the article manages to go from NHP neuro to AI & anti-China lol??
There were some last minute cancellations so we jumped in to fill their big shoes and will talk about the future directions of the new labs too!
There were some last minute cancellations so we jumped in to fill their big shoes and will talk about the future directions of the new labs too!
If you’re also at Bernstein and are interested, or just want to chat about science, life, or whatever, send me a message!
p.s. Frankfurt is probably the easiest place to leave whether you need to fly or take the train. FYI.
If you’re also at Bernstein and are interested, or just want to chat about science, life, or whatever, send me a message!
p.s. Frankfurt is probably the easiest place to leave whether you need to fly or take the train. FYI.
4 years in Tübingen flew by, and I truly had to adjust to "the village" when I first came.
But now I really, really cannot imagine leaving.
I’m thankful for so many people’s support, guidance, love, and sheer buffoonery.
4 years in Tübingen flew by, and I truly had to adjust to "the village" when I first came.
But now I really, really cannot imagine leaving.
I’m thankful for so many people’s support, guidance, love, and sheer buffoonery.
both for assisting “white-box” mechanistic & biophysical models (e.g., simulation-based inference)
and to serve as “blackbox” generative models that can subsequently be dissected and interpreted.
both for assisting “white-box” mechanistic & biophysical models (e.g., simulation-based inference)
and to serve as “blackbox” generative models that can subsequently be dissected and interpreted.
Now, we will use multimodal & multi-species brain data, mechanistic models, and machine learning to link data and theory,
while driving method development in all the above.
Now, we will use multimodal & multi-species brain data, mechanistic models, and machine learning to link data and theory,
while driving method development in all the above.
What can we infer about the brain that we can’t easily measure, from signals that *can* be easily but (often) poorly measured?
This question has been close to my heart from even before my own PhD.
What can we infer about the brain that we can’t easily measure, from signals that *can* be easily but (often) poorly measured?
This question has been close to my heart from even before my own PhD.
let's just say it's very...disconcerting.
also TIL I'm a snarky asshole lol.
let's just say it's very...disconcerting.
also TIL I'm a snarky asshole lol.
www.neuroai.science/p/what-are-f...
www.neuroai.science/p/what-are-f...
this is the roadmap I ended up with, and it's disappointing how little prob/stats you need—just Gaussians 🐢.
*🙋♂️ me. I was the dummy, as I was getting ready to start a postdoc 4yrs ago.
this is the roadmap I ended up with, and it's disappointing how little prob/stats you need—just Gaussians 🐢.
*🙋♂️ me. I was the dummy, as I was getting ready to start a postdoc 4yrs ago.
the specific instance I have in mind is changing the standard recurrent matrix to complex diagonal in a vanilla RNN, so it's rather adding something. But it's subtractive if you think from the other direction so it's an inconsequential semantic debate?
the specific instance I have in mind is changing the standard recurrent matrix to complex diagonal in a vanilla RNN, so it's rather adding something. But it's subtractive if you think from the other direction so it's an inconsequential semantic debate?
(plus shameless self-plug just to tell the communism joke)
(plus shameless self-plug just to tell the communism joke)