The State Grid Corporation of China is investing 6.8 billion yuan to integrate autonomous diagnostic machines across its electricity network by 2026. The massive deployment aims to improve safety and operational efficiency while accelerating domestic artificial intelligence capabilities.
A new hierarchical framework replaces blended cost functions with ranked priorities, allowing self-driving vehicles and drones to make defensible decisions during unavoidable emergencies.
Soaring diesel costs are pushing Australian heavy transport into a rapid, industry-led shift towards electrification. Pioneers are proving electric vehicles are not only viable but an economic imperative, challenging political skepticism.
Researchers have identified a specific gene that fortifies cellular boundaries against heavy metals. The discovery provides a molecular blueprint for breeding crops that remain safe for human consumption in polluted soils.
The soaring energy needs of artificial intelligence are overwhelming existing infrastructure, propelling compact nuclear microreactors forward as the direct, on-site solution to bypass critical grid delays.
Chinese researchers have developed an all-iron flow battery that is dramatically cheaper and boasts an unprecedented 16-year lifespan, potentially transforming grid-scale renewable energy storage.
Direct imaging of a supercooled Fermi gas reveals that paired particles influence each other’s positions, exposing a critical gap in the 70-year-old BCS framework.
Facing AI’s escalating energy demands, NVIDIA is partnering with Oklo to build nuclear-powered data centers, while also leveraging its AI to accelerate vital nuclear fuel research.
The National Science Foundation Very Long Baseline Array tracked orbital motions to calculate stellar masses without relying on theoretical models.
Meta’s multi-billion dollar commitment to AWS Graviton CPUs signals a profound, risky shift in its AI infrastructure, embracing a hybrid model to power advanced agentic AI.