UCLA | QuantumWire

Layered Hybrid Superlattices: A New Frontier in Designing Quantum Materials by Marrying Layered Crystals With Versatile Chemical Molecules

Layered Hybrid Superlattices: A New Frontier in Designing Quantum Materials by Marrying Layered Crystals With Versatile Chemical Molecules

UCLA

$1.08M NSF Grant Supports a New Approach to Quantum Sensing

Industry February 23, 2026
UCLA Launches SoCal Quantum Alliance to Accelerate Quantum Innovation and Workforce Development

Industry February 13, 2026
Researchers Discover How to Dampen Electronic Noise in Materials With Potential for Quantum Technologies

Industry February 5, 2026
Quantum Brilliance Appoints Brian Wong as Independent Board Chair

Industry December 4, 2025
UCSB Joins NSF’s National Quantum Virtual Laboratory

Industry November 7, 2025
Quantum Elements Launches AI-Native Platform for Quantum Software and Hardware Development

Business October 23, 2025
Gov. Newsom Visits UC Berkeley to Sign Bill Encouraging Quantum Innovation

Industry October 5, 2025
New Stretchable Light-Emitting Material Holds Promise for Photon-Based Devices

Industry September 28, 2025
Proving Quantum Computers Have the Edge

Technology April 10, 2025
Advancing Antiferromagnetic Spintronics for Next-Gen Memory and Computing

Industry March 18, 2025
Building a Safer and More Affordable Nuclear Clock

Technology December 25, 2024
Layered Hybrid Superlattices: A New Frontier in Designing Quantum Materials by Marrying Layered Crystals With Versatile Chemical Molecules

Technology November 30, 2024
Molecule ‘Handedness’ Determines the Strength of a Coupling Between Nuclear Spins

Technology October 10, 2024
UCLA Receives $1 Million NSF Grant to Accelerate Commercialization of Quantum Technologies

Industry August 29, 2024