Microsoft Research publishes breakthrough in Nature on glass-based data storage that could preserve information for 10,000 years

Researchers have developed non-invasive muscle radar sensors that could improve prosthetics, exoskeletons and rehabilitation by measuring muscle force

Can a robot with a cryogenic spray stop wildfires before they spread? A robotic system is exploring a residue-free approach to tackling hotspots.

New AI technology helps humanoid robots perform everyday tasks, adapt to new surroundings, work safely alongside people and collaborate with other robots with

Can laser light direct electrons without electricity? Researchers have demonstrated a new semiconductor effect that could reshape future optoelectronic devices.

Are humanoid robots ready for large-scale deployment? A record-breaking showcase signals the technology is rapidly moving beyond research labs.

Can protective clothing be worn without using your hands? Soft robotics is making rapid, self-assisted dressing a practical reality.

Quantum processors run at room temperature, fit into server racks, need no cooling, and support AI, chemistry, materials research, and robotics.

KAIST researchers develop a terahertz inspection technique that detects nanometre-scale electrode thickness variations in lithium-ion batteries, enabling rapid, non-destructive quality control for EV ...

Ultrasonic sensor introduces full-volume human detection for collaborative robots, enabling reliable obstacle awareness, reducing blind spots, and supporting safer automation across factories, warehou...

The University of Tokyo and the Max Planck Institute for Informatics have developed a new deepfake detection approach that analyses facial movements instead

The world's first commercial nuclear-powered satellite has launched to test a power system that generates electricity without sunlight.

A new coating helps LED displays last longer, use less power, and produce colors for TVs, phones, headsets, medical screens, and lighting systems.

An edge AI chip supports different systems and is designed for industrial, automotive, aerospace, defense, and wearable applications.

Hardware mistakes do not show up early in development. The most expensive hardware mistakes are rarely the obvious ones. Decisions made during design,

A 0.7 nm semiconductor chip packs nearly 100 billion transistors and introduces a transistor design that pushes chip scaling beyond 1 nm barrier.

Designed for modern PV modules exceeding 400W, the design demonstrates a high-frequency, single-stage DC-AC conversion approach that reduces component count, lowers BOM cost, and maintains grid-compli...

A laser marking machine uses a focused beam of light to permanently alter the surface of a material. It is widely used across manufacturing and retail for

What if data could be felt instead of viewed? A wearable system uses heat, touch and physical shapes to turn information into experience.

It provides a complete reference design for next-generation robotics, CNC systems, and automated manufacturing solutions.

Humanity has arrived at what may be its most significant invention. AI is no longer merely a technical challenge; it is fundamentally a human one. Built upon

In a world where quantum computing is guarded like nuclear codes, one Indian start-up has ripped up the rulebook. How?

India has launched two silicon photonics platforms to support chip design, testing, and manufacturing in photonic technologies.

What if bacteria could sort critical metals faster? This protein screening method can map binding behavior at scale, hinting at shifts in supply chains.

A pillow sleeve uses vibration to connect to alarms and phones, providing alerts for deaf users at night, replacing devices and improving safety.

A robot enters nuclear zones, reads data, maps spaces, and moves across obstacles, changing how inspections are done in these environments.

Hydrogen cooking stove turns water into clean fuel, enabling long cooking hours with minimal power and zero emissions.

“In modern warfare, secure and undetectable communication is no longer a luxury but a necessity. Li-Fi makes it virtually undetectable, highly secure, and

A memristor design could change how AI chips work, cutting power use while enabling learning and adaptation.

A smoke detector design that combines sensing, alarm, horn driver, temperature check, and communication in one unit.

It offers engineers a ready-to-use three-phase inverter platform, accelerating prototyping and evaluation of high-efficiency SiC-based power systems.

What if one chip could handle AI, Wi-Fi 7, sensing, and device control? A new edge solution aims to simplify connected device design.

Grinn Unveils World’s Smallest Edge AI System-on-Module (SoM) Based on Synaptics Astra™ SL2610 - Grinn AstraSOM-261x