Skip to content Skip to main navigation Report an accessibility issue

Tennessee Advanced Materials Summit

Tennessee Advanced Materials Summit logo

TEAMS 2026: Advancing materials through artificial intelligence, quantum technologies, and fusion energy.

Discover the future of advanced materials at the Tennessee Advanced Materials Summit, hosted by the University of Tennessee’s Center for Advanced Materials and Manufacturing, an NSF MRSEC.

TEAMS brings together researchers, national lab partners, industry innovators, and policymakers to explore how artificial intelligence, quantum technologies, and next-generation energy systems are transforming materials discovery and application.

July 20–21, 2026 · University of Tennessee Student Union · Knoxville, Tennessee

TEAMS 2026 save the date graphic for July 20–21, 2026

Register now for TEAMS 2026.

Registration is free and open for researchers, students, industry professionals, national laboratory partners, and policymakers.

University of Tennessee Student Union

1502 Cumberland Avenue

Knoxville, TN 37916

Connect. Collaborate. Lead what’s next.

The summit highlights breakthroughs in AI-driven quantum materials and devices and materials for nuclear fusion and extreme environments, while emphasizing pathways from fundamental research to real-world impact.

Research, workshops, panels, posters, and networking.

Attendees will engage in hands-on workshops, interactive breakout sessions, and strategic discussions aligned with national priorities in science, energy, and workforce development.

With career and industry panels, a student poster session, and opportunities for cross-sector networking, TEAMS offers a platform to build collaborations, share ideas, and help shape the future of materials research.

TEAMS brings together people working across materials, data, energy, and emerging technologies.

Shape the future of AI, quantum, and energy

Engage with researchers and national partners advancing AI-driven materials discovery, quantum technologies, and next-generation energy solutions.

Connect across sectors

Build connections with collaborators from academia, national laboratories, industry, and government working at the intersection of materials, data, and emerging technologies.

Join strategic conversations

Contribute to discussions about workforce development, domestic innovation, national priorities, and sustainable research ecosystems.

Research themes span discovery, energy, computing, and workforce development.

AI & Quantum Materials

Explore how artificial intelligence and quantum computing are transforming the discovery, design, and control of complex materials and devices.

Fusion & Extreme Materials

Examine materials challenges and innovations supporting nuclear fusion and extreme environments, critical to the future of energy.

From Discovery to Impact

Bridge fundamental research with real-world applications through advanced computing, digital twins, and national laboratory partnerships.

Workforce & Research Ecosystems

Discuss how to build, sustain, and expand the talent pipeline while evolving research centers to meet future demands.

TEAMS 2026 brings together research presentations, workshops, panels, and student posters.

Research Presentations

Explore research from CAMM and partners from industry and national laboratories, including AI-enabled materials discovery, quantum systems, and materials for extreme environments.

Workshops

Participate in interactive workshops exploring machine learning workflows, quantum device concepts, and data-driven materials design.

Industry & Career Panels

Hear from leaders across industry, national laboratories, and academia on workforce needs, career pathways, and emerging technology landscapes.

Student Poster Session

Connect with the next generation of researchers through student and postdoctoral posters, idea exchange, and emerging talent.

Register for TEAMS today.

Whether you are a researcher, student, industry partner, national laboratory collaborator, or policymaker, TEAMS is designed to support new insights, meaningful connections, and cross-sector collaboration.

TEAMS acronym stylized as the periodic table of elements