The system seems versatile enough to detect basically any molecule, chemical or bacteria, good or bad. By adding two ...

Riley Carpenter ’25 found a well-rounded education at Santa Clara, designing cutting-edge superconducting thin-film dark ...

How are electronics transforming research with lab mice? Mice are stepping into a tech-driven future, where VR headsets, AI ...

These reporting molecules were linked to genetic circuits that detect nearby bacteria, but this approach could also be combined with any existing sensor, such as those for arsenic or other ...

An infrared beam turns a twisted elastomer loop into a self-rolling cable-car soft robot that can carry 12 times its own ...

Vishay Intertechnology, Inc.’s VSH share price has dipped by 5.16%, which has investors questioning if this is right time to ...

MIT scientists have found a clever new way to make bacteria send out signals that can be seen from far away—up to 90 meters. These tiny organisms could be used in the future to monitor pollution, ...

In a paper appearing today in Nature Biotechnology, the researchers showed that they could engineer two different types of bacteria to produce molecules that give off distinctive wavelengths of light ...

The MOSFETs segment offers low- and medium-voltage TrenchFET MOSFETs, high-voltage planar MOSFETs, high voltage Super Junction MOSFETs, power integrated circuits ... such as infrared (IR) emitters ...

Parasitic oscillations are unwanted electronic oscillations that can occur in amplifying devices like audio amplifiers, RF ...