The Day the Sun Came to the Desert

 The Day the Sun Came to the Desert

## Groundbreaking held for nuclear fusion facility in New Mexico

**Pacific Fusion breaks ground on $1 billion 'Demonstration System' designed to produce more energy than it consumes by 2030—a milestone that has never before been achieved.**

On a sun-scorched Tuesday morning in Albuquerque's Mesa del Sol community, a crowd of policymakers, scientists, and investors gathered not just to break ground on another industrial facility, but to witness what they believe could be the beginning of the end of the fossil fuel era.

California-based startup Pacific Fusion officially broke ground on a $1 billion Research & Manufacturing Campus, a project designed to achieve two first-ever milestones: **net facility gain**—producing more energy from fusion than the total energy initially stored in the machine—and **high-yield fusion**, a critical capability for U.S. national security.

"Rarely do we have a chance to invest in a foundational technology," said Albuquerque Mayor Tim Keller at the ceremony. "Something that has the potential to be transformative, something that we could be known for not just across the country, but around the world."

---

## The Promise of 'Net Facility Gain'

For decades, the fundamental question surrounding fusion energy has been one of sustainability: can it produce more energy than it consumes? In 2022, researchers at Lawrence Livermore National Laboratory achieved **ignition**—they got more energy out of the fuel than went into the fuel. That was a scientific breakthrough. But it was not enough.

Pacific Fusion's Demonstration System aims to go further. **Net facility gain** means the machine produces more fusion energy than the **total energy initially stored in the system**—accounting for all the energy lost during power conversion and system operations. It is a milestone that has never before been demonstrated and represents a key stepping stone on the path to commercial fusion power.

The company's ultimate target: achieve net facility gain by **2030**.

"We're not building an incremental improvement change," said Pacific Fusion CEO Keith LeChien. "This is a major step change, and a major step forward for the country."

---

## The Technology: Pulsed Magnetic Fusion

Pacific Fusion is pursuing a path that sets it apart from other fusion efforts. Unlike groups focused on tokamaks (like ITER) or massive lasers (like the National Ignition Facility), Pacific Fusion is developing a **pulsed magnetic** approach to inertial confinement fusion.

The technology uses intense, precisely synchronized electrical pulses to magnetically compress and heat deuterium-tritium fuel targets. The company's "brick-based" pulsed power architecture replaces one massive, expensive machine with many small, mass-producible modules—called "bricks"—that deliver the massive electrical currents needed to compress fusion fuel.

The new 225,000-square-foot campus will house a 156-module pulser array designed to emit fusion bursts exceeding **100 megajoules**—roughly ten times greater than the output of the National Ignition Facility.

That output makes it the **only "high-yield" fusion facility under construction in the United States**.

---

## National Security: A 'Long-Sought Platform'

The facility's mission extends beyond clean energy. High-yield fusion refers to the capability to create certain conditions relevant to national security research, providing a long-sought platform for the science required to maintain the U.S. nuclear stockpile **without explosive nuclear testing**.

The U.S. government first identified the need for this capability more than 30 years ago. At the groundbreaking ceremony, the Department of Energy's National Nuclear Security Administration (NNSA) and Pacific Fusion announced a public-private partnership—a Memorandum of Understanding to collaborate on high-yield fusion, high-energy-density science, pulsed-power technologies, advanced materials, and modeling.

The partnership underscores the fusion facility's dual importance: it's not just about powering the grid, but about maintaining America's strategic advantage.

---

## The Race with China

Former Google CEO Eric Schmidt, who attended the groundbreaking, told attendees he believes the U.S. is in a race with China when it comes to fusion energy research. China is investing billions in next-generation fusion for both energy and national security, attempting to beat America in a field that U.S. national labs made possible.

Pacific Fusion's privately funded, U.S.-built fusion facility is designed to keep America ahead.

"America pioneered the breakthroughs that brought fusion within reach," said Keith LeChien. "Pacific Fusion is focused on converting that scientific leadership into industrial capability and infrastructure that strengthens U.S. energy leadership and national security. Today's groundbreaking shows that America can still build the hard things, and build them faster than any other country, including China."

Carrie von Muench, COO and co-founder of Pacific Fusion, added: "The country that figures out how to manufacture and deploy these systems at scale will create an entirely new energy industry around them. We want that industry, its supply chains, and its jobs to be built here in America."

---

## Why New Mexico?

The decision to build in Albuquerque was not accidental. It was heavily driven by the region's existing **applied physics workforce**, largely tied to nearby Sandia National Laboratories with its Z Pulsed Power Facility—the world's most powerful pulsed-power facility.

Pacific Fusion's approach builds directly on decades of research at Sandia's **Z Machine**, which uses electrical currents and magnetic fields to produce high temperatures and X-rays.

"New Mexico is where Pacific Fusion will build the system designed to prove that practical fusion power is possible," said Keith LeChien. "The state brings together scientific and engineering talent, a deep legacy in pulsed-power research and leaders who understand the urgency of building. This campus will be the foundation for our fusion system and, we hope, for a much larger fusion energy ecosystem here in New Mexico."

The state's proximity to Sandia and Los Alamos national laboratories, specialized scientific workforce, advanced-manufacturing base, and ability to move major projects forward quickly were central to the company's decision.

---

## Economic Impact: Jobs and Investment

The project is expected to create **more than 200 permanent jobs**, along with hundreds of construction and regional supply-chain jobs. The company has already hired **more than 70 people** at a manufacturing facility in Los Lunas—95% of them from New Mexico—where components for the demonstration facility are being built.

The state and city secured $10 million in Local Economic Development Act funds for the expansion, and the state committed nearly $4 million through the Job Training Incentive Program. The company was also awarded $776.6 million in industrial revenue bonds, granting tax exemptions for 20 years.

Gov. Michelle Lujan Grisham called the groundbreaking a major milestone in New Mexico's drive to become a national hub for advanced, carbon-free energy.

"Less than a year ago, we announced that Pacific Fusion had selected New Mexico for this extraordinary investment, and today, construction begins," Lujan Grisham said. "Pacific Fusion's decision to build here demonstrates that New Mexico leads the nation in creating the industries of the future. This facility will create high-quality jobs, strengthen our advanced-manufacturing economy and help establish New Mexico as the place where the next-generation energy is developed and ultimately deployed."

---

## Fusion's Safety Profile

One of the most compelling arguments for fusion energy is its safety profile. Unlike nuclear fission, which powers today's nuclear plants and produces long-lived radioactive waste, fusion produces no such waste and carries no risk of meltdown.

"There's no uranium, no plutonium; the fuel is water basically," said Carrie von Muench, Pacific Fusion's COO. "We have a safety profile that looks a lot more like a hospital or a particle accelerator."

Fusion has the potential to provide abundant, carbon-free energy that isn't weather dependent, without the risk of meltdown or long-lived radioactive waste.

---

## The Challenge Ahead: 'How Do We Manufacture This?'

While the scientific breakthrough of ignition has been achieved, the challenge has now shifted from physics to engineering.

"It's no longer 'How do we make this work scientifically? It's 'How do we get the fuel to that pressure?'," von Muench said.

Pacific Fusion's next major technical milestone is the demonstration of a **full-scale pulser module**, which will serve as the core building block for its fusion system. If successful, the company will move from proving the science to demonstrating that fusion can be manufactured at scale—a transition that could define the next decade of American energy policy.

---

## Frequently Asked Questions (FAQs)

### 1. What is Pacific Fusion?

Pacific Fusion is a California-based startup founded in 2023 that is developing a pulsed magnetic fusion system using modular, mass-manufacturable components made of readily available materials. The company emerged from stealth mode in October 2024, announcing a $900 million Series A funding commitment led by General Catalyst.

### 2. What is the facility in New Mexico?

The facility is a $1 billion Research & Manufacturing Campus at Mesa del Sol in Albuquerque. It will house Pacific Fusion's Demonstration System, designed to achieve net facility gain by 2030—producing more energy from fusion than the total energy initially stored in the machine.

### 3. When will the facility be operational?

Pacific Fusion estimates the facility will be up and running and able to produce more energy than it uses by **2030**.

### 4. What is "net facility gain"?

Net facility gain means the fusion machine produces more energy than the total energy initially stored in the system—accounting for all energy lost during power conversion and operations. It has never been demonstrated before.

### 5. How many jobs will the facility create?

The project is expected to create **more than 200 permanent jobs**, along with hundreds of construction and regional supply-chain jobs. The company already employs more than 70 people at a manufacturing facility in Los Lunas.

### 6. How is fusion different from nuclear fission?

Fusion works similarly to how the sun works—using intense heat energy to merge the nuclei of two atoms into one, emitting energy in the process. Unlike fission, which produces long-lived radioactive waste, fusion produces no such waste and carries no risk of meltdown.

### 7. Is this a public or private project?

Pacific Fusion is a **privately funded** company, but it has signed a Memorandum of Understanding with the Department of Energy's National Nuclear Security Administration (NNSA) to collaborate on high-yield fusion and related technical areas.

### 8. Why New Mexico?

The decision was driven by the region's existing applied physics workforce, largely tied to nearby Sandia National Laboratories and its Z Pulsed Power Facility. The state's proximity to national labs, specialized workforce, and ability to move projects forward quickly were central to the decision.

---

## Conclusion: A Desert That Might Just Power the World

The groundbreaking at Mesa del Sol is not the beginning of a story—it is the middle of one. The scientific breakthroughs that made this moment possible happened years ago, in government labs funded by taxpayer dollars. The engineering challenges that remain are immense. The timeline to 2030 is ambitious, perhaps even audacious.

But what happened on Tuesday in the New Mexico desert was a declaration: America is still in the business of building the hard things. The country that pioneered the atomic age, that put a man on the moon, that developed the internet, is now trying to harness the power of the stars themselves.

U.S. Sen. Martin Heinrich (D-N.M.), who spoke at the groundbreaking, put it this way: "As big as our challenges are, the pace of solutions is going to allow us to meet and exceed those challenges. You are living in the most scientifically exciting time in the history of planet Earth."

The sun has been burning for 4.6 billion years, powered by fusion. If Pacific Fusion succeeds, humanity may finally learn how to bottle that fire. And it will have started in a patch of desert outside Albuquerque, where a handful of engineers and scientists broke ground on a machine designed to do what no machine has ever done before.

The groundbreaking is complete. The countdown to 2030 has begun.

---

## Disclaimer

*This article is for informational and educational purposes only and does not constitute financial, investment, tax, or legal advice. All views expressed are based on publicly available information as of August 27, 2026. Fusion technology, construction timelines, and project milestones are subject to change. The author does not endorse any specific investment strategies or products. Before making any decisions based on the content of this article, please consult with qualified professionals who can evaluate your specific situation.*