Quantum Technology & Photonic AI
Quantum Computing & Communication, Quantum Imaging & Sensing, and Photonic Computing.
PhD student Katsuya Tanaka in one of the Quantum Labs
The ACP key research area Quantum Technology & Photonic AI combines the principles of quantum mechanics with advanced photonic systems to unlock new frontiers in information processing and sensing. Quantum Computing & Communication leverage the unique properties of quantum states, such as superposition and entanglement, to enable secure communication and exponentially faster computing capabilities. Meanwhile, Quantum Imaging & Sensing, along with Photonic Computing, harness light-based quantum phenomena to achieve ultra-sensitive measurements and develop intelligent photonic systems capable of performing complex computations far beyond the capabilities of classical technologies.
ACP is also hosting the Thuringian Innovation Center for Quantum Optics and Sensing (InQuoSens). Strongly encouraged by latest leaps in quantum-related technology, ACP and InQuoSens are creating new solutions for quantum photonic integrated circuits (Q-PICs), semiconductor lithography, quantum imaging techniques, and quantum information processing.
