World models are the building blocks to the next era of physical AI -- and a future in which AI is more firmly rooted in our reality.

May. 2nd, 2024: Vision Mamba (Vim) is accepted by ICML2024. 🎉 Conference page can be found here. Feb. 10th, 2024: We update Vim-tiny/small weights and training scripts. By placing the class token at ...

In The Physics Teacher, a physics professor-turned-AI-researcher explores the uses of generative AI to teach physical science ...

We are currently witnessing a mobilization of technical ambition reminiscent of the Manhattan Project, a realization that data and compute are the new defining elements of national power. I am deeply ...

Visual demonstrations showing why shadows can distort what we see. Trump quips about seeking DOJ settlement: 'I hereby give myself $1 billion' Braves outfielder who made Atlanta history dies at 67 ...

Abstract: Continuous stability, as one of the core modules of the autopilot system, is particularly important for its performance. However, as the vehicle speed ...

To address the degradation of visual-language (VL) representations during VLA supervised fine-tuning (SFT), we introduce Visual Representation Alignment. During SFT, we pull a VLA’s visual tokens ...

Dive into the world of physics simulations with this AstroBlaster collision modeling tutorial using Python! 🚀💥 In this video, we break down how to simulate space collisions, from basic physics ...

The race to release world models is on as AI image and video generation company Runway joins an increasing number of startups and Big Tech companies by launching its first one. Dubbed GWM-1, the model ...

CLIP is one of the most important multimodal foundational models today. What powers CLIP’s capabilities? The rich supervision signals provided by natural language, the carrier of human knowledge, ...

CLIP is one of the most important multimodal foundational models today, aligning visual and textual signals into a shared feature space using a simple contrastive learning loss on large-scale ...

Abstract: A physics-based compact model is developed for ultra-scaled gate-all-around field-effect transistors (GAAFETs), addressing increasingly prominent physical effects: quantum confinement, quasi ...