When Leo Wang arrived at Carnegie Mellon University from Hong Kong, he was already fascinated by robots. But it wasn’t until he joined the Robomechanics Lab led by Aaron Johnson that his interest ...

From the depths of the ocean to the craters of the moon, Carnegie Mellon University has spent more than 40 years designing robots for the most extreme environments. On Feb. 27, the university will ...

Integrated GaN power stage with onboard control, sensing, and communication, delivering up to 20 ARMS in a 32 mm ...

Makeblock mBot2 Rover Kit features anodized aluminum parts, for STEM and more realistic engineering practice. Ages 8+ and 12+ tiers ...

Robotics, which has become a household name in the age of artificial intelligence (AI), barely made it into the news or ...

NVIDIA's Isaac Lab framework achieves 135,000+ FPS for humanoid training, attracting Agility Robotics and Skild AI as enterprise adopters. NVIDIA's Isaac Lab simulation framework now delivers over 150 ...

In recent years, the rise of general-purpose AI models that interface with human prompts, such as ChatGPT from OpenAI, Gemini from Google, and Claude from Anthropic, has corresponded with autonomous ...

Opentrons is using Nvidia’s Isaac and Cosmos artificial intelligence (AI) platforms to generate training data needed to develop and deploy physical AI-enabled laboratory robotics. The company’s goal ...

At ASU's School of Computing and Augmented Intelligence, the Autonomous Agents and Intelligent Robots Lab focuses on developing AI systems that can reason, plan and adapt to new environments.

Opentrons integrates NVIDIA Isaac and NVIDIA Cosmos physical AI software with Opentrons’ global network of 10,000 laboratory robots to enable AI systems that learn from real-world biological ...

Opentrons Labworks Inc., a laboratory robotics company enabling AI-driven autonomous science, is accelerating the development and deployment of physical AI-enabled laboratory robotics with NVIDIA.

Forecasts predict that the global laboratory automation market will grow to $12.3 billion within the next decade. By 2033, automated technologies will handle even more tasks than we see today. These ...