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Studies the thermodynamic properties of quantum systems, which can lead to the development of quantum engines and refrigerators that operate at efficiencies beyond classical thermodynamics laws.

Exploits quantum bits or qubits, which can be in superpositions of states, to perform computations at speeds vastly superior to classical computers for certain problems.

A necessity for reliable quantum computing, using complex algorithms and entangled states to protect information in quantum systems against errors due to decoherence and other quantum noise.

Combines quantum algorithms with machine learning principles to process and analyze data with quantum computers, potentially solving complex problems faster than classical algorithms.

Uses a quantum computer to simulate the behavior of matter at the quantum level, enabling scientists to study complex molecules and materials, and advance our understanding of quantum systems.

Utilizes quantum states and phenomena to create standards for measurement with unprecedented accuracy, providing the foundation for more precise clocks, sensors, and measurement tools.

Employs quantum entanglement and superposition to achieve measurement sensitivities beyond the standard limits, enhancing precision in fields like metrology and imaging.

Leverages entangled photons to create images with higher resolution and sensitivity than classical optical imaging methods, potentially revolutionizing fields like microscopy and medical imaging.

Materials designed to exhibit and leverage quantum phenomena at macroscopic scales, with applications in electronics, energy, and computing, driven by quantum mechanics research.

Uses the principles of quantum mechanics to encrypt data in a way that is unbreakable by conventional methods, relying on the quantum states of particles to encode and transmit information securely.

Involves the manipulation of quantum systems to achieve desired quantum states or dynamics, critical for the operation of quantum computers and other quantum technologies.