Our Research
Developing Foundation Models for Multi-Domain Physics
We're creating proprietary technology that overcomes the limitations of traditional AI models in physical simulations. Our goal is to usher collective intelligence into a new era by developing foundational models that can simulate real-world physics with unprecedented fidelity.
Advanced Architectures for Complex Physical Phenomena
Our approach integrates advanced architectures that combine latent space compression with vector quantization and transformer-based sequential generation. This allows us to model complex physical processes more effectively than traditional LLMs or RL-based systems.
Advanced Architectures for Complex Physical Phenomena
We're working to extend the applicability of the Standard Model of particle physics beyond fundamental particles. Our research aims to open new avenues of creative and intellectual freedom across industries, from molecular discoveries to advanced motion capture technology.
Accelerating Prototyping and Scientific Discovery
Our novel approach drastically reduces prototyping times and unlocks new possibilities for game developers, scientists, and AI researchers. We're providing tools to conduct evaluations, accelerate prototyping from just an idea, and fundamentally develop new science.
Explore our blog for more insights into our groundbreaking work.