Tag: #physics-ai9 results
Jiying Technology has released the Jiying 2.0 physics foundation model. It enables zero-shot generalization across unseen geometries, materials, and boundary conditions for engineering simulations.
Shanghai-based startup Fysics AI has introduced Fysiverse, a world model that embeds real-world physical laws directly into its architecture. This approach aims to challenge the data-centric paradigms currently dominated by OpenAI and Meta.
Researchers at Peking University have introduced EvoPhys-World, a 5D world model capable of self-evolution. The model leverages domestic computing infrastructure to achieve high-level scene control.
Apoha has emerged from stealth with $36M to build AI systems that predict how matter behaves in real-world conditions. The startup aims to solve failures in drug trials and food production by simulating complex physical interactions.
NVIDIA leverages AI Physics to accelerate design of safe, clean Small Modular Reactors (SMRs) and Generation IV nuclear reactors. These designs prioritize safety, efficiency, economy, and sustainability through standardization and factory-based construction. This approach addresses key challenges in making nuclear energy socially acceptable.
A Chinese startup is utilizing AI-powered simulation software to overcome the primary cost bottlenecks in fusion energy. By enabling virtual testing of reactor designs, the technology significantly reduces the need for expensive real-world experiments.
Chinese researchers are leveraging AI to overcome the 'impossible triangle' of fusion energy simulation, which traditionally forces a trade-off between speed, accuracy, and computational cost. This approach aims to accelerate the development cycle of clean energy by optimizing plasma simulation software.
A 22-year-old researcher from Peking University is developing a foundation model that prioritizes physical correctness as its core metric. The goal is to create a model that truly understands the laws of physics rather than just predicting tokens.
JAXA and partner universities have completed ground combustion tests for a new ramjet engine. Designed for 5-Mach speeds, this technology could reduce flight times between Tokyo and Los Angeles to two hours.