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 ...

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

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

A team of researchers at the Human-Tech Institute developed a new system for the early detection of Autism Spectrum Disorder ...

AI and robotics in nutritional testing are transforming food safety, allergen detection, and nutrient analysis with faster, automated lab workflows.

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

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

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

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

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