Grant: Research Tools and Instruments

We seek funding for a QuiX Integrated Photonic Processor from OEC (OptoElectronic Components) to drive breakthroughs in artificial intelligence (AI) and quantum information processing (QIP). The processor's cutting-edge design, featuring low optical loss, extensive parallel input/output capabilities, and optimized chip architecture for high-density data encoding, makes it an ideal tool for advancing research in these areas. The unit cells at the heart of the processor allow for precise, tunable control of the phase and amplitude of light, accommodating both classical and quantum signal manipulation. Packaged for room-temperature operation, the processor supports remote reconfiguration, thus offering exceptional flexibility for experimental setups. This photonic processor will be integral to two key research projects: (1) the creation of an integrated optical neural network with the ability to process data at rates surpassing terabits per second; and (2) the development of a multiuser quantum encryption system for secure communications, leveraging sophisticated entangled photon states to achieve secret key generation rates in the tens of megabits per second range. Its capacity to simultaneously encode and process multiple data streams within a single chip, while maintaining high efficiency and minimal loss, sets a new benchmark in both classical and quantum information processing. Acquiring the QuiX processor will be crucial for maintaining a competitive edge in AI and quantum technologies, areas in which Canada has significantly invested and taken a leadership position worldwide. Postponement in securing this equipment would jeopardize the group's position of the applicant, Prof. Morandotti, at the forefront of innovation, potentially ceding ground to international competitors. The deployment of the QuiX processor will also foster the training of highly qualified personnel in areas such as advanced signal processing, photonic artificial intelligence and quantum encryption systems. Participants will gain skills that are increasingly sought after across various sectors, including, AI technology development, data science, quantum secure communication networks, and cybersecurity. Committed to fostering a diverse and inclusive training environment, the program will adhere to Equity, Diversity, and Inclusion principles, implementing strategies to mitigate biases and support a welcoming, equitable research culture.