we're officially live with the open beta of Flywheel.
Flywheel is Paradigma's vision on what autonomous research will run on.
We've built all of this pre-funding, so expect the pace to accelerate significantly.
Super eager to hear your feedback and your ideas.
I'll be live tweeting some of my experiments with Flywheel in a few minutes.
We're just getting started.
Arcee needs more attention that it gets! There aren't a lot of great American open-source AI model companies and they're one of them! https://t.co/2IC5O2tLQz
@matteosaponati@leothecurious main practical disadvantage I see: they become unable to tackle a problem that requires them to model it in the first place. They need someone to give them clear boundaries and can’t come up with definitions that model the problem on their own
even normalizing by intellectual horsepower, mathematicians and physicists have a really strong edge with respect to other technical backgrounds: one will inevitably look for the primitives they were trained for. math and physics just happen to give incredibly general primitives. Of course they come with other disadvantages
@leothecurious math will overfit you to the definition - theorem - proof template if you let it. physics will convince you one can ansatz its way through anything, and that everything can be written down as a clean line of mathematics
INTJ leads instead with introverted intuition (Ni) and is attracted to the future and likes to represent it symbolically. Its main thinking use is extroverted, and makes him mainly interested in making measurable, impactful contributions, rather than being satisfied with understanding
@leothecurious not close at all, and this is typical INTP behavior: INTP is a an introverted thinking (Ti) user and loves first of all to build conceptual systems that represent the world
AI can give researchers the freedom to pursue “crazier” ideas.
For Terence Tao, AI creates more room to experiment, test unexpected paths, and discover what might otherwise stay out of reach.