I'm Bob

harmonics

Stokes' Theorem is a classic result from vector calculus. It tells us that the line integral of a vector field over a loop is equal to the surface integral of the curl of the vector field over some enclosed surface.

absolute banger of a feature

@CouriousHustler notes: stable diffusion and comfy ui

@Henrik_wes what did you do to get that dm? asking for a friend 😆🙏

the DM that made me to join lovable btw

@Henrik_wes wow congratulations Henrik 👏 i really like it too btw 😆

“I love Lovable” - Jensen Huang

@embersunn rofl 🤣 on it like a car bonnet 🚀

Today’s a good day to deploy a new feature and only check back on it Monday morning ☀️

@tom_doerr well this looks awesome, now if only i can start creating content 😆

Animations and visualizations of machinelearning concepts using Manim

If you have a policy that uses diffusion/flow (e.g. diffusion VLA), you can run RL where the actor chooses the noise, which is then denoised by the policy to produce an action. This method, which we call diffusion steering (DSRL), leads to a remarkably efficient RL method! 🧵👇

@ShawnBasquiat time to git reset --hard <commit-hash> gn yall thank you 👋

@ShawnBasquiat thank you @PSkinnerTech and @tonykipkemboi i've heard all the answers to my questions, thank you for elaborating and even having aa back and fourth on it unfortunately, i crashed out on my main (desktop 4GB mem usage by the browser)

@skglearning hello maths 👋

🌅🦣

Can randomness in physical systems be harnessed for computation? Made with #python #numpy #matplotlib

@ZahlenRMD teach me the way 🙌

Noether's Theorem #sharingisthenewlearning

More @stanfordnlp @iclr_conf papers in @Singapore: @ChengleiSi, @Diyi_Yang & @tatsu_hashimoto study >100 NLP researchers evaluating the novelty of research ideas generated by LLMs vs. humans. LLMs can produce novel ideas but they might lack feasibility … arxiv.org/abs/2409.04109

@stanfordnlp @Diyi_Yang @iclr_conf @singapore @ChengleiSi @tatsu_hashimoto so they have out there ideas?

Life and math.