MITRE Develops Photonic Chip Enhancing Quantum Computing and Imaging Technologies
MITRE's photonic chip advances quantum computing with 68.6 million projected light spots per second, addressing qubit control challenges. This innovation holds significant implications for high-resolution imaging and 3D printing efficiency.
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Researchers from MITRE and collaborators have created a photonic chip measuring one square millimeter that can project 68.6 million spots of light per second. This device aims to optimize qubit management in quantum computers, which may soon require millions of qubits for greater applications in cybersecurity and drug development.
The chip utilizes nanoscale waveguides on piezoelectric cantilevers, allowing control of qubits with fewer lasers by projecting data into free space. The technology also enables high-resolution imaging, demonstrated by projecting an image of the Mona Lisa at 125 micrometers.
Additionally, the chip's scanning capabilities could drastically reduce 3D printing times from hours to minutes. Its potential applications extend to biomedical imaging, where helical cantilevers could enhance lab-on-a-chip devices.
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