The soft actuator uses boiling water to move. It works without pumps or high voltage and is used in robots for real-world use ...

Developed to measure heat flow in thermoelectric materials with unparalleled precision, offering new possibilities for ...

This synergy enables AI-driven breakthroughs, making simulations faster, more scalable, and more energy-efficient across ...

Could reshape automotive manufacturing by combining high strength with lower production costs using advanced 3D printing ...

A frequency-dependent switch designed for PSpice simulation empowers experts to address challenges in advanced systems, ...

Delivers 97.9% efficiency and 92.36 W/cm³ power density to support 400 V DC architectures—ideal for AI, telecom, and ...

The magnetic material changes stiffness and shape without changing parts, opening possibilities in robotics, medicine, sports ...

The AI chip detects heart attacks in real time, helping save lives by allowing faster diagnosis with portable devices like ...

New sensor marks a major step toward safer, scalable hydrogen infrastructure—supporting a more sustainable and secure energy ...

A catalytic system could help semiconductor manufacturers recycle up to 90% of their water by safely breaking down stubborn ...

Are you passionate about building the brains behind robots? At Neuralzome, we’re on a mission to develop rapidly teachable AI ...

IIT Jodhpur researchers unveil a low-cost, portable tool to detect arsenic in water, offering a game-changing solution for ...