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On Chip

All articles tagged with #on chip

Tiny On-Chip Valleytronics Circuit Turns Light Into Information
technology2 months ago

Tiny On-Chip Valleytronics Circuit Turns Light Into Information

Monash University researchers have built a nanoscale, on-chip valleytronics circuit that can generate, direct, and read light-based signals in a single device, using ultra-thin materials and metasurfaces to manipulate photons via the valley degree of freedom; operating at room temperature, the chip demonstrated processing of two simultaneous images, highlighting potential for faster, energy-efficient photonic and quantum computing and communication.

Chip-Scale Nanolaser Promises Faster, Greener Computing
technology5 months ago

Chip-Scale Nanolaser Promises Faster, Greener Computing

DTU researchers have built a nanolaser inside a semiconductor membrane that concentrates light and electrons in a tiny nanocavity, enabling on-chip data transfer with photons instead of electricity. The technology could dramatically boost speeds and halve energy use once thousands of such sources are integrated on future chips; it currently operates at room temperature using light, with electrical powering and large-scale integration as next challenges. If resolved in 5–10 years, it could impact consumer devices, data centers, and high-precision sensors.

Advancements in On-Chip Photonic Technology for High-Speed and Low-Power Applications.
quantum-computing3 years ago

Advancements in On-Chip Photonic Technology for High-Speed and Low-Power Applications.

Researchers in Germany and the Netherlands have developed a complete entangled photon source on a chip that is about the size of a one euro coin. The team used a new architecture to combine several integrated photonic technologies into one device, creating a photonics system-on-a-chip that generates entangled photons. The chip creates pairs of frequency-entangled photons with 99% fidelity about 1000 times per second. The team is now working towards extending the on-chip photonic capabilities to include the creation of multiphoton cluster states.