Ulrb enhances microbial ecology research by autonomously identifying rare microorganisms, crucial for ecosystem resilience ...

Researchers used drones with isotope sensors to capture the first high-resolution vapor profiles over Greenland, revealing ...

The GRIP-tape gripper from UC San Diego utilizes measuring tape for a unique, flexible design, enhancing robotic handling of various objects in agriculture.

Research indicates that RPAAS with low spray volumes and drift-reduction nozzles can match the effectiveness of conventional ...

Researchers developed a real-time OCC approach to detect adulterated avocado oil, improving authenticity testing without ...

The FLUID robot, developed by Hokkaido University, revolutionizes automated material synthesis with its open-source design and 3D-printed components.

Researchers unveil a 21 mg, 9.4 mm wingspan flying robot, achieving controlled flight and collision recovery with innovative ...

SPROUT, an innovative vine robot, navigates rubble to assist emergency responders, providing critical mapping and situational ...

A new machine learning model from Tulane University identifies antibiotic resistance in bacteria, enhancing diagnostic accuracy and treatment effectiveness.

This study presents a breakthrough in dental care, using AI and 3D bioprinting to develop personalized gum tissue grafts with ...

A powerful new AI tool, published today, offers a fast, low-cost way to understand public attitudes – by automatically ...

The ELLMER framework integrates GPT-4 and multimodal sensors, allowing robots to adaptively execute intricate tasks in ...