Tin Diselenide Injects Charge Into Two Types of Ultrathin Semiconductors
A SnSe₂ contact increased p-type WSe₂ drive current by more than 1,000 times and enabled a billion-fold on/off ratio in ...
Tag: low-power electronics
Body tissue links miniature implants to wearable health devices
Georgia Tech engineers used tissue conductivity to connect sub-3-millimeter implants and wearable devices in a low-power network that coordinated sensing ...
Electric fields reverse magnetization in 190-nanometer multiferroic nanodots
A 2026 experimental study showed that electric fields reorganize polarization and persistently reverse magnetization in 190-nanometer multiferroic BFCO nanodots.
Where Interface Traps Strike Hardest: New Study Maps the Reliability Weak Spot of a Germanium Tunnel Transistor
A statistical reliability study of a Germanium-source hetero-dielectric double gate tunnel FET reveals that channel-localized interface traps slash electron velocity ...
Scientists Turn a Single 2D Crystal Into a Complete High-Performance Transistor
Researchers at South Korea's Institute for Basic Science chemically converted a single tungsten diselenide crystal into a complete high-performance transistor, ...
New ‘Seesaw’ Materials Could Supercharge Microchip Encryption at Quantumlike Speeds
Rice University physicists have theoretically shown that autferroic materials with a 'seesaw' magnetoelectric mechanism can generate true random numbers over ...
Battery-Powered Heart Monitor Runs Five Months on a Coin Cell Using Backscatter
Researchers at Zhejiang University have developed a wearable cardiac tag that senses heartbeats through skin micro-vibrations and analog backscatter, running ...
Complementary 2D Material Powers New One-Instruction Computer
In the relentless pursuit of transcending the physical limitations imposed by silicon-based semiconductor technology, researchers have increasingly turned their gaze ...
