This study presents a novel lattice design method for bionic robot legs, achieving significant weight reduction and stiffness ...

A novel gene editing system enables AI-controlled robots to pollinate flowers, revolutionizing hybrid breeding and enhancing ...

Penn State researchers unveil a model of sound-communicating microrobots, highlighting their potential for intelligent ...

Researchers developed a virtual brain twin framework that integrates imaging and stimulation data to improve diagnosis and ...

This study presents a drone-based imaging method that captures detailed wheat height data, uncovering genetic loci crucial ...

ISS research on robotics and exercise is vital for astronaut health and advancing exploration technologies, paving the way ...

Discover how machine learning is transforming ESG from static reporting to real-time, data-driven strategy—improving ...

Researchers unveil a low-voltage, muscle-like actuator enabling insect-scale robots to move with high force, speed, and ...

Boston University researchers developed an AI tool to detect Alzheimer's indicators using accessible tests, improving ...

POSTECH's paper-thin robotic actuator mimics myosin proteins, enabling precise multi-directional movement for advanced ...

Innovative delta robot design offers micrometer-level precision and disturbance rejection, crucial for portable medical tools in microsurgical applications.

The ability to anticipate glucose changes before they happen is one of ML’s biggest contributions to CGM. Predictive models ...