Partnerships and Collaboration

A center-scale approach

Q-NEXT brings together 80 leading quantum information researchers from 19 organizations, uniting national laboratory capabilities and academic discovery with industry to deliver use-inspired science.

Through its center-scale approach, Q-NEXT produces focused work while ensuring agility across the collaboration. The national labs’ embedded research facilities enable tight feedback between researchers. Universities generate discoveries that government and industry put to use. And industry engagement at every level of Q-NEXT ensures the two-way transfer of technological advances.

Quantum problems are diverse and multifaceted, and it takes an equally diverse set of researchers and facilities to tackle them. Q-NEXT members are leaders in the physics and chemistry of quantum systems, materials processing and device design, quantum simulations and architectures, and algorithms and programming. The center’s research spans fundamental science, devices, systems, prototypes, and applications.

By uniting collaborators in diverse disciplines under one umbrella, Q-NEXT fosters a fruitful environment for advancing quantum information science and creates bridges between sectors, providing each with resources and capabilities that would not be otherwise available.

Continual cooperation between individuals and between industry, academic and government partners ensures steady technology advances and promotes connectivity across the collaboration, enhancing U.S. competitiveness by accelerating technology commercialization for the emerging quantum economy.

National laboratories

The national laboratories bring proven experience for driving complex projects and unparalleled capabilities for measurement, technology integration and computational science. Home to world-class research facilities, the national labs enable collaborators to improve their R&D through continual feedback loops.

 

Academia

Q-NEXT university collaborators bring targeted expertise in discovery science for novel qubit platforms, quantum sensing, quantum communications and quantum transduction.

Caltech
Cornell University
Penn State
Stanford
UC Santa Barbara
The University of Chicago
University of Illinois
University of Wisconsin-Madison

Industry

Industry interaction enables access to state-of-the-art commercial prototypes, chip packaging and design guidance for systems and algorithm development. Industry partners give feedback on technology performance in practical settings, reducing risks.

Applied Materials
IBM
Quantum Opus