Search results for "photon chips"

Quobly, an innovative quantum computing startup, has announced a transformative collaboration with STMicroelectronics, a global semiconductor leader serving customers across the spectrum of electronics applications, to produce quantum processor units (QPUs) at scale.

IBASE is pleased to introduce the IB996 Full-Size CPU Card, designed to meet the demands of industrial and embedded computing.

Infineon Technologies and Eve Energy Co., Ltd. (EVE Energy), a manufacturer of lithium batteries, have signed a memorandum of understanding (MoU).

u-blox has introduced a new, ultra-low power GNSS chip for compact and efficient positioning technology.

Quantum computing is entering an era of more focused investment, more commercial contracts, and more competition. Many start-ups are transitioning to scale-ups with growing teams, ambitions, and revenue streams. As quantum computing capabilities are becoming more sophisticated, so has engagement from research institutions and supercomputing centers who are investing tens of millions for on-premises installations of the latest machines.

The latest trends and innovations in photonics will once again be on show at the next Laser World of Photonics, running from 24-27 June 2025 at the Munich Exhibition Center.

CEA-Leti researchers have developed the first-reported device able tosense light and modulateit accordingly in a single device, using a liquid crystal cell and a CMOS image sensor.

Applications that quickly and accurately locate people and items drive significant growth in positioning technologies. A 2024 Gartner report projects the indoor location services market will reach $55 billion by 2030, up from $1.9 billion in 2021.

NFC Forum, the standards body for Near Field Communication (NFC) technology, has launched a Proof-of-Concept Mobile Reader application for Android and iOS that can read on-product NFCDigital Product Passport(NDPP) data.

For controlling prosthetics, the body’s signals must be detected to move the artificial limb. At the moment, implanting electrodes is the most common technique but this is invasive and electrodes can deteriorate or move position. A completely different approach is now developed by the multidisciplinary consortium QHMI in Stuttgart, Germany, using quantum sensors to detect the incredibly small and fast nerve signals.