“Microelectronics is in demand for high-reliability markets such as healthcare, aerospace, defense, communications and renewable energy. As optics and photonics technologies permeate these ...

Microelectronics lab open to firms looking to "quickly commercialize" ideas for miniaturizing electronic products TORONTO—Celestica Inc. has officially opened a new microelectronics laboratory open to ...

The first half of $11.6M Microelectronics Commons funding for 5G/6G and Electronic Warfare chip technology to be received by January 2025 These prestigious awards further validate Sivers' wireless ...

Hong Kong Science and Technology Parks Corporation is seeking talent from around the world to help grow the city into a global hub for innovation and technology A comprehensive ecosystem to fully ...

Lawrence Livermore National Laboratory engineers are developing a microelectrode array for a multi-laboratory DOE project to construct an artificial retina or "epiretinal prosthesis." LLNL's ...

The Microelectronics Science Research Centers will study novel, efficient microelectronics technologies and enable transformative applications in computing and sensing, such as this front-end module ...

MIT students can now test and probe fragile, microscopic electronic structures via a novel online lab that can be accessed from dorm rooms and other convenient locations 24 hours a day. Although the ...

Vermont's Gallium-Nitride Tech Hub received $3.4 million to establish a cutting-edge microelectronics testing laboratory. The lab, slated to open in January 2026, will focus on gallium nitride (GaN) ...

STMicroelectronics Establishes World’s First “Lab-in-Fab” to Advance Adoption of Piezoelectric MEMS in Singapore in Partnership with A*STAR and ULVAC Collaboration with A*STAR’s Institute of ...

Scientists at Lawrence Berkeley National Laboratory have turned a century-old material, barium titanate, into what the lab today said is “a next-gen, thin-film material that shows potential for ...