How can spacecraft power increasingly capable processors without adding bulk? A compact GaN-based converter delivers high ...
A test method defines procedures to measure metal foil surfaces using laser imaging, calibration, sample preparation and ...
A multi-antenna RFID reader creates a controlled reading zone for simultaneous item identification, enabling faster retail ...
Texas A&M researchers say gels packed with cheap hydrated salts can soak up heat by day and release it at night, which could ...
A solvent-based method developed by BARC scientists selectively extracts lithium from natural seawater and retains its ...
Helps you build and test embedded applications using instructions, AI-generated code, and hardware add-ons without writing ...
A compact USB-C password vault stores encrypted credentials locally and enters them as keyboard input, offering an ...
A sensor measures current in vehicles, batteries, inverters, and industrial systems, with adjustable settings and operation ...
An open-source Raspberry Pi project uses RFID cards to launch games and educational apps, giving children a simpler way to ...
Can stacked chips hide defects that conventional inspection misses? Inspection and wafer correction systems target two manufacturing challenges affecting ...
A battery module manages charging, protects the battery, tracks battery levels, and supplies power to electronic devices.
A new silicon quantum control technique achieves 99.9% accuracy across five spin qubits using a shared microwave line, offering a potential way to simplify quantum chip architecture and scaling.
Some results have been hidden because they may be inaccessible to you
Show inaccessible results