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Quantum Science

We’re transforming our understanding of space and time, unveiling new connections and revolutionizing the future of computing. 

concept illustration of the energy landscape of 2D materials

The first-time direct observation of exotic charge-neutral quasiparticles in twisted tungsten diselenide

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Laser reflect on optic table un quantum laboratory
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iStock

Bright prospects for engineering quantum light
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Chasing quantum ‘magic’: Andrea Young receives $2 million award to develop a more stable quantum architecture
concept illustration of turning heat into electricity

Investigating the extraordinary thermoelectric properties of cadmium arsenide thin films
James Hartle at the Sante Fe Institute in 2011.
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Copyright: Babak Dowlatshahi
Jim Hartle provided a grounding, yet inspiring presence to his friends and colleagues.

Physicists gather to remember the father of quantum cosmology
concept of laser-based quantum optical system

Experimental physicist David Weld to investigate the role of feedback and measurement in quantum systems
concept of a quantum magnetometer
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Brian Long
A quantum magnetometer on a chip

UC Santa Barbara quantum scientists to conduct NSF-funded research to pursue quantum-scale sensor technologies
concept of subatomic particles from two lattices creating an exotic material
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sci-fig (https://sci-fig.com)
The negative electrons from one lattice and the positive "holes" from another together create a neutral exciton crystal

Physicists discover an exotic material made of bosons
Close-up of a circuit board
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iStock

Beyond Moore’s Law: Innovations in solid-state physics include ultra-thin ‘two-dimensional’ materials and more

‘A New Era of Computing’

Quantum Photonics

Ushering in a New Quantum Era
quantum computer

Achieving Quantum Supremacy
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