The direction of Quantum Information & Computation addresses the areas of: quantum communication and protocols, quantum security and cryptography, quantum simulations, quantum gates and algorithms with Rydberg atoms, hybrid quantum classical computing systems, quantum software engineering, quantum algorithms, quantum data and knowledge management, quantum machine learning and AI, quantum cloud computing, and quantum optimization algorithms.

The direction of Quantum Materials addresses the areas of quantum material design, synthesis and growth, quantum material characterization, quantum materials and photonics, quantum polaritonics, unconventional superconductivity and theory.

The direction of Quantum Optics addresses the areas of atomic, molecular and optical physics, quantum many-body physics, mater waves, quantum light and technologies and quantum magnetometry.