The main research goal is to explore the physics of coherent quantum systems and make quantum technology useful for scientific and commercial use. Our investigations are centered around quantum coherence and control of solid state systems to enhance their capability for quantum information processing and to understand limiting mechanisms. To make practical use of coherent quantum systems we address fundamental challenges such as overcoming decoherence of qubits caused by interactions with an uncontrolled environment, improving qubit control to avoid systematic errors, developing scalable multi-qubit architectures while maintaining high level of coherence, and efficiently generating highly-entangled quantum states for use in quantum-classical hybrid schemes.

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