The world's first self-calibrated photonic chip: exchange for superhighway optical data
Research led by Monash University and RMIT in Melbourne have figured out how to create advanced photonic integrated circuits that build bridges between data superhighways, revolutionizing the connectivity of today’s optical chips and replacing bulky 3D optics with thin slices of silicon wafers. This development, published in the prestigious journal Nature Photonics has the ability to accelerate the global advancement of artificial intelligence and offers significant real-world applications such as: Safer driverless cars capable of instantly interpreting their surroundings Enable AI to diagnose medical conditions faster Makes natural language processing faster for apps like Google Homes, Alexa, and Siri. Smaller switch to reconfigure the optical network that carries our internet to get data where it is needed faster Whether it’s turning on the TV or keeping the satellites on track, photonics (the science of light) is changing the way we live. Photonic chips can turn large bench-sized
