Quantum Information Science at Berkeley
Berkeley scientists pursue a broad array of topics, including fundamental questions about the quantum world, instrumentation for quantum computations and control, and novel applications of quantum science. Recent technological breakthroughs have enabled unprecedented control over quantum systems, such as single atoms, molecules, and well-engineered materials. By harnessing those insights and opportunities, we strive to lay the foundation for the next generation of quantum technologies, including the development of quantum computing, precision metrology, and more generally, a deeper understanding of the universe.
What is QIST?
Quantum Information Science and Technology (QIST) is an emerging field at the nexus of Physics, Chemistry, Engineering, and Computer Science. Quantum information combines ideas from physics and computer science to provide us with a new perspective on information and the universe itself. Probably the most exciting aspect is that QIST opens the path to solve computational and communication problems previously thought not to be tractable. On the other hand , QIST currently also transforms physics, and more generally the natural sciences, by providing a deeper understanding of quantum mechanics as well as enabling new tools such as quantum simulators and sensors. At Berkeley, we address questions on the quantum-ness of nature, such as the universe itself and its constituents, study quantum many-body physics and entanglement, develop advanced sensors to measure time and detect Dark Matter, and research how to construct quantum computers and communication devices.
