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Portable Ultrasound Sensor For Early Breast Cancer Detection

A device could change how breast cancer is found, enabling frequent screening at clinics and home, and helping detect tumors earlier than current methods. For...

“The Future Of AI Computing Can Now Run On A Battery-Powered Device” – GP Singh, Ambient Scientific

What if AI could deliver the accuracy of digital computing while using only a fraction of the power? How close are we to a...

Measuring Heart And Breathing Without Sensors

Radar can watch heartbeats and breathing without touching the body, but walls and moving objects can hide signals. New methods make tracking more accurate. Tracking...

Compact Optical Amplifier Boosts Electronics

Stanford researchers unveil an efficient chip-scale optical amplifier that could transform data communications, biosensing, and mobile tech. Stanford University physicists have developed a chip-sized optical...

Contact Lenses Monitoring Glaucoma In Real Time

A wearable lens with wireless sensors tracks intraocular pressure continuously, offering ultra-sensitive, non-invasive monitoring for early glaucoma detection and eye health management. As the global...

Phonon Laser Enabling Single-Chip Wireless Processing

Scientists have developed a chip that creates earthquake-like vibrations, promising smaller, faster, and more energy-efficient wireless devices for the next generation of gadgets. As mobile...

Shrink Fit Electronic Circuits Adapt

New method lets circuits snug irregular 3D surfaces Chinese researchers have developed a novel electronics fabrication technique that could redefine how high-performance circuits are integrated...

“Our Advantage Lies In Scale, Data, And Continuous Iteration, Thousands Of PCB Revisions And Millions Of Diagnostics”- Ashissh Raichura, Scanbo

Shrinking diagnostics into a pocket device, Scanbo’s Ashissh Raichura tells EFY’s Akanksha Sondhi Gaur how electrochemical sensing, PCBs and AI enable instant, affordable, point-of-care...

Chinese Researchers Embedded Full Computing Circuits Into Fibers Thinner Than A Human Hair

Chinese researchers have embedded full computing circuits into stretchable fibers thinner than a human hair, opening new possibilities for smart textiles, wearables, and biomedical...

Dual-Function Organic Semiconductors Power Electronics

Researchers at Japan’s Chiba University have developed organic semiconductor devices that both emit light and harvest energy, potentially ushering in self-powered electronics and smarter...