New blog post:
Is the Great Stagnation ending?
What technologies am I watching in the decade ahead?
Are we going to get life extension treatments soon?
5700+ words on all of this. Please read and share!
https://t.co/5zIE48XpIC
En blanc: comment mettre 30 briques sur un rebord pour maximiser le déport (avec 1 brique par étage comme contrainte)
En gris: la même chose sans la contrainte.
I am ringing the alarm.
We have now found >400 papers that all share a very similar title layout, graph layout, and (most importantly) the same Western blot layout.
This is a massive #PaperMill of (what we assume) fabricated data.
This is a black and white photograph. Only the lines have colour.
What you “see” is what your 🧠 predicts the reality to be, given the imperfect information it gets.
A common misconception is that the risk of overfitting increases with the number of parameters in the model. In reality, a single parameter suffices to fit most datasets: https://t.co/4eOGBIyZl9
Implementation available at: https://t.co/xKikc2m0Yf
Two types of brains have emerged in nature: solid (ours) and liquid (ant colonies, immune system). What can be computed by liquid brains? How can they learn? Are there universal rules? Here's our new paper on the statistical physics of liquid brains https://t.co/ZdyUnCaoiW
Differentiable Monte Carlo Ray Tracing through Edge Sampling https://t.co/NtVmZUxkz9 "differentiable ray tracer [...] able to compute derivatives of scalar functions over a rendered image w.r.t. parameters such as camera pose, scene geometry, materials, and lighting" fun!
We made public:
1.5 million neurons, cell-level activity during multiple behaviors
15 TB raw, 56 GB compressed
18 fish whole-brain data, ~100k neurons/fish
Data and code: https://t.co/KO2IEabdV6
Paper: https://t.co/2H6l3zWrRL
Performance on Montezuma's Revenge, on which the 2015 DQN algorithm famously achieved a score of 0. We've now developed an algorithm which exceeds human performance: https://t.co/lGw3rZUbv3