News :

Researchers from CEA-Leti, Irig, and LTM recently worked with a team in Lausanne* to develop a lensless device capable of reducing the time it takes to identify active phages on antibiotic-resistant bacteria at least threefold. The large-area image sensor (24×36 mm2) reads the optical signature of areas occupied by bacterial debris. The technique could be […] >>

For the past several years, Institut Joliot (CEA Saclay) and Irig have been working together to combine their Polaris(MD) multi-scale molecular simulation and BigDFT massively parallel quantum chemistry codes. Pharmaceutical company Sanofi deemed the project worthy of one of its iTech Awards, and will fund research to apply the approach to an antibody-antigen complex to […] >>

A silicon qubit tester recently acquired by CEA-Leti will substantially speed up quantum computer research. The tester can measure the electrical performance of several hundred qubits processed on a 300 mm wafer at 1.7 K (-271.3 °C). The qubits that make it through these tests will then be tested individually on a cryostat at Institut […] >>

A new shape-recognition sensor developed by CEA-Leti and STMicroelectronics is making headlines for its extremely-low power consumption, which, at 10 microwatts, is 1,000 times lower than commercially-available solutions. Five years in the making, the innovation is protected by a handful of patents on its pixel reading mode, data formatting, machine learning algorithms, optimized architecture, and […] >>

An 18 µm conical gallium arsenide microwire with a quantum dot at its base could one day help connect the traditinal and quantum worlds. This novel device was developed by a research consortium* that included scientists from Irig. The advance could pave the way toward the development of ultra-sensitive sensors and quantum information technologies one […] >>