Organizations

CAEN has been a technological partner for global Physics and Nuclear Engineering research and development for almost 50 years. With a extensive offer and expertise in High & Low Voltage Power Supplies, Analog & Digital Data Acquisition (DAQ) and signal conditioning, CAEN SpA can provide full solutions for Radiation Detectors used in Plasma Diagnostic. Collaboration with Companies like Nalu Scientific and WEEROC enrich this offer, offering ASICs as well as full readout solutions for the fusion industry. CAEN ELS specializes in High Current Power Supplies and Precision Current Measurements tools. The widespread presence in the World major Accelerator Laboratories paved the way for many applications in the Industry sector, making it an optimal partner for the Fusion world. Traditional and Superconducting Magnets can benefit for this expertise for the Power Supplies and Control, particularly when it comes to quench detection. Although the catalog offer has become the core of CAEN offer, the group is still active in custom projects where a solution needs to be developed from scratch, side by side with the customer. This capability makes CAEN an ideal partner for large projects, where the combined capabilities and expertise of its Engineers enable the design and manufacturing of finely tuned, reliable solutions.

Copenhagen Atomics is building a unique thorium molten salt reactor with the footprint of a 40-foot shipping container, and a reactor designed for mass-manufacturing. The company has a product-first approach meaning a strong focus on invent, build, test and harden technology. On this path Copenhagen Atomics has taken out a number of patents and made numerous technology breakthroughs. The focus to build products has resulted in leadership in reactor technology, test systems/hardware, purified salts, including FLIBe, and enriched lithium (Li6). Methods to provide highly purified salts at ton scale volumes has been a significant step forward and the experience curve is a key factor and resulted in more than 350 years of test time as of today. Copenhagen Atomics works with the fusion and fission industry around the world including universities, national laboratories and industry.

EnableFusion envisions revolutionizing the fusion development landscape through an innovative Fusion Engineering Platform (FEP) that uniquely harnesses Korea's elite capabilities in precision manufacturing, high-temperature superconductor (HTS) production, and artificial intelligence (AI). By dismantling traditional barriers in fusion development, our platform will transform the industry paradigm, making fusion technology development dramatically faster, more accessible, and economically viable. EnableFusion accelerates fusion commercialization by enabling fusion developers to procure, install, assemble, test, and operate their desired fusion machines with unmatched ease, speed, and quality. This allows fusion developers to focus on their core innovation and research while EnableFusion manages the manufacturing complexities, significantly compressing development timelines and accelerating the path to commercial fusion energy deployment.

Energy Matter Conversion Corporation (EMC2) is a fusion company founded in 1985 by Dr. Robert Bussard to develop Polywell fusion technology, an electrostatic confinement approach. The company built and tested multiple Polywell devices with support from U.S. government programs, including experiments funded by the U.S. Navy. EMC2 continued research after Bussard’s death in 2007 under Dr. Jaeyoung Park.

Fusion Energy Base is the leading source for factual information about the fusion energy industry.

Liberty Fusion is pursuing a plasma-jet magneto-inertial fusion (PJMIF) concept.

The New Mexico Innovation Hub (NMIH) is a demand-driven infrastructure project that has been in development by David Perez for the last three years. The vision and plan has been shaped by over 200 ecosystem stakeholders from industry, entrepreneurs, government, elected officials, universities, state and local agencies, the Labs, investors, tribes, and non-profits. The NMIH supports NM EDD's strategic plan to focus economic development in the target sectors of advanced computing, quantum, advanced energy/fusion, aerospace, and bioscience. Advanced manufacturing is a crucial horizontal sector that enables the growth of the above industries. The NMIH launched January 2026 in Santa Fe Midtown campus with support of a grant from the NM EDD. Currently, 55,000 sf of existing commercial space has been leased to the NM Consortium, UNM Anderson School, 2 LEEP companies, NM Climate Investment Center, 2 fusion companies (Liberty Fusion with the PLX), a geothermal technology company, the Santa Fe Community College machinist training lab, high performance compute cluster and MIT Fab lab. In addition, a 5 acre live/work campus is being designed at the site to develop 120,000 sf of flex lab/manufacturing and office space plus 90+ residences. This new facility is expected to open in approximately 36 months.

Peak Nano is an advanced materials company focused on dielectric films for fusion‑class capacitors. Founded in 2016 out of collaborative research with Case Western Reserve University, DARPA, and the U.S. Naval Research Laboratory, Peak Nano engineers NanoPlex™, a proprietary nanolayered film platform protected by 20+ global patents. For fusion developers, NanoPlex HDC and LDF replace conventional films that cannot meet required life, temperature, and duty cycles. NanoPlex HDC targets laser ICE systems with higher energy density, low impedance, and thermal endurance for high shot rates, while NanoPlex LDF serves magnetic confinement platforms with high‑temperature, long‑life dielectric performance. Through its Films as a Service model and partnerships with capacitor manufacturers such as E&P Technologies, Peak Nano delivers custom fusion‑grade films in 6–10 weeks. Engineered and manufactured in the U.S. with an allied‑nation supply chain, Peak Nano is a domestic supplier of advanced dielectric films designed to support fusion commercialization.