Quantum Physics & Fundamental Mechanics Laboratory
Investigating quantum mechanical phenomena and fundamental physics to advance next-generation sensing, computing, and energy technologies.
Research Mission
The Quantum Physics & Fundamental Mechanics Laboratory conducts foundational research into quantum mechanical phenomena — superposition, entanglement, tunneling, and decoherence — and their implications for next-generation technologies. The laboratory investigates quantum systems at the boundary of fundamental physics and applied science, developing the theoretical and experimental foundations that underpin DARAS's quantum sensing, quantum computing, and quantum cryptography programs.
Key Research Functions
Foundational Research
Conducting experiments that probe the fundamental behavior of quantum systems — testing the limits of quantum mechanics, characterizing entanglement and decoherence, and developing the physical understanding that enables quantum technology applications.
Quantum Platform Development
Building and characterizing quantum hardware platforms — cold atom arrays, trapped ion systems, and superconducting qubits — that serve as the physical substrate for quantum sensing, computing, and communication applications.
Technology Translation
Translating fundamental quantum physics discoveries into technology concepts — identifying quantum phenomena with practical applications and developing the proof-of-concept demonstrations that bridge basic research and applied quantum technology programs.
Research Capabilities
Directorate of Advanced Research & Applied Sciences
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