Focus Area

Fusion Energy & Advanced Materials

Private fusion investment is moving at record pace, and the Research Triangle's engineering programs and national-lab proximity make it a natural home for this conversation.

$6.2B

Global private fusion investment since 2021 — record pace

35+

Private fusion companies now operating worldwide

2030s

Target window for first commercial fusion power demonstrations

The Moment We are In

Fusion capital is moving faster than utilities can plan around

The Triangle hosts leading engineering programs, national-lab proximity through NC State's fusion remote control room (operating experiments at the DIII-D National Fusion Facility since July 2025), and a growing advanced-materials ecosystem — making it an ideal hub for Indian-origin scientists and engineers working at this frontier. Advanced materials, from room-temperature superconductors to next-generation composites, are enabling a broader reimagination of what's physically possible in manufacturing, aerospace, and healthcare.

Fusion Energy — Express Your Interest

We are shaping this pillar community now. Express your interest and help set the agenda.

→ How do Indian-origin engineers and scientists at Triangle universities translate fusion research into startup ventures and technology transfer?

→ What does the talent pipeline look like for the advanced-materials and fusion workforce, and how does ILF accelerate it?

→ As private capital outpaces utility planning cycles, who in the region is positioned to bridge that gap first?

Startups

Fusion spin-outs & technology transfer

How lab research at NC State, Duke, and UNC is translating into venture-backed fusion startups, and what that pipeline needs to move faster.

Materials

Advanced materials for the fusion era

Room-temperature superconductors, next-gen composites, and the manufacturing techniques making fusion hardware viable at scale.

Talent

Building the fusion workforce

What a fusion-ready talent pipeline looks like in the region, and where Indian-origin scientists and engineers are already leading it.

Working in this space?

We are looking for scientists, founders, and practitioners to write an anchor essay or join ILF Conversations for this pillar.

Article

The Global Rare Earth Conundrum
By Dhanush Jamadgni, Postdoctoral Candidate, NC State University
The real chokepoint in the rare earth supply chain isn't the ore in the ground — it's who controls the license to move it.