Appetronix’s acquisition of Cibotica marks a significant step in robotic foodservice automation, moving beyond pizza to broader culinary applications. This development highlights the growing demand for automated kitchen systems.
New research highlights how AI speech dementia detection could identify early signs of cognitive decline. By analyzing everyday speech patterns, AI offers a non-invasive method for predicting cognitive performance.
Researchers are developing advanced AI models that can understand fundamental AI chemical principles, paving the way for faster and more efficient drug discovery and material design processes.
Microsoft Research unveils MatterSim AI materials, a new platform designed to accelerate materials science. It offers faster simulations and multi-task models for experimental synthesis and property prediction.
A new ‘Robotics as a Service’ model is gaining traction, allowing businesses to pay for automation by the hour. This trend, driven by advancements in AI and embodied AI, signals a significant shift in industrial robotics adoption.
A novel quantum materials algorithm has successfully simulated complex quasicrystals, a task previously deemed impossible for conventional supercomputers. This breakthrough could lead to advanced quantum devices and ultra-efficient electronics, impacting future quantum computing.
A recent MIT study delves into historical patterns of technology-driven job creation to shed light on potential AI job market trends. The research explores which worker demographics typically benefit from new tech-enabled roles.
Microsoft Research unveils GridSFM electric grid model, a compact AI foundation model designed to rapidly predict AC optimal power flow. This innovation aims to boost efficiency and provide grid operators with better insights.
Serve Robotics is expanding its autonomous delivery services beyond food, piloting autonomous laundry robots in Los Angeles through a new partnership.
NASA is testing a cutting-edge NASA AI space chip that could revolutionize deep space missions. This advanced processor aims to give spacecraft unprecedented autonomy, enabling them to think for themselves and accelerate scientific discovery.