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Quantum materials

Quantum hardware

Quantum software and protocols

Quantum communications and networks

Advancing science with quantum

Training the quantum workforce

 Seven researchers surrounding a computer monitor. Close-up of a purple and black computer chip. Close-up of a gold microchip. Artist’s illustration of hydrodynamical behavior from an interacting ensemble of quantum spin defects in diamond. Artist's concept rendering of green futuristic computer chips. Silicon wafer with printed chips. Decorative scientific image. Colorful scientific figure. Image concept of magnetic levitating above a high-temperature superconductor, cooled with liquid nitrogen. Dark quantum sensing lab illuminated with green lights. Digitally generated image of a blue circuit board. Colorful high-performance computer, "Perlmutter," in white room. Photo of gloved handed adjusting a quantum fridge with gloved hands and instruments.

We foster strong partnerships that guide innovations from the Lab toward the marketplace. See our quantum technologies.

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"Using theory and computational tools allows us to design new quantum materials that no one has thought of before! The application of this is vast ranging from finding new superconductors or defects for qubits, to more energy-efficient multiferroics, and even to new ideas for detecting dark matter."

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“With this cutting-edge testbed we are asking and evaluating the basic science questions needed to guide the future development of quantum computers.”

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“Berkeley Lab has the network deployment expertise and protocol knowledge to work hand-in-hand with the quantum physicists, scientists, and device and system manufacturers to ensure the right architecture is chosen to realize the DOE’s vision of a quantum Internet.”

 Group photo. (Left to right: Thomas Schenkel, Takeshi Katayanagi, Qing Ji, Arun Persaud, Kaushalya Jhuria, Wei Liu, Liang Tan, Yertay Zhiyenbayev, and Walid Redjem). Thomas Schenkel, a senior scientist in Berkeley Lab’s Accelerator Technology & Applied Physics (ATAP) Division. Schenkel has short gray hair and is wearing a suit and tie, photographed in front of a gray backdrop.

A team of researchers has recently demonstrated a more effective technique for creating quantum emitters using pulsed ion beams, deepening our understanding of how quantum emitters are formed.

Former Berkeley Lab Research Scientist and QSA researcher Mekena Metcalf is a quantum wrangler who develops computer software and theory to control quantum systems with electromagnetic waves. Controlling quantum systems efficiently will allow the implementation of quantum algorithms for next-generation high-performance computing, develop accurate sensors to measure elusive properties of the universe like dark matter, and teleport quantum information from one scientific facility to another.

Schrödinger’s cat is alive and well … as a guiding principle in modern quantum computers! Check out this episode of our podcast, A Day in the Half-Life, to hear what’s going on with quantum computing at Berkeley Lab.

 Person with long, brown hair standing in front of scientific instrumentation. Digital illustration of how color centers in silicon could be used as platforms for making qubits. A trapped-ion system for quantum computing in a University of California, Berkeley, lab. CPU desktop with the contacts facing up lying on the motherboard of the PC. the chip is highlighted with blue light. Technology background Kristin Persson, a brown-haired person wearing a black dress, points at her electrolyte genome 3D visualizations. Colorful, abstract nebulous image.