Issued on behalf of General Fusion Group Ltd.

The Most Important Energy Stock of the Decade Could Be Hiding in Plain Sight

While Wall Street obsesses over AI chips, a breakthrough company is operating a machine that will bring us closer to practical fusion power plants that could power the AI revolution

While the entire market obsesses over the same handful of AI chip stocks, a 24-year-old company near Vancouver has been quietly operating something that could be a major step towards helping to power those data centers with zero-carbon energy for the next century.

It doesn't make headlines like the trillion-dollar tech names.

Most investors have never heard of it.

And that is exactly what makes it fascinating.

Inside a 100,000-square-foot facility in British Columbia sits a machine the company calls LM26.

Its job is to do something humans have chased since the 1950s: create and control fusion, the reaction that powers the sun, here on Earth.

In 2025 it produced its first plasma, then compressed it for the first time.

Now it's chasing a sequence of scientific milestones that could rewrite what's possible in clean energy.

And the company just did something no fusion company has ever done: give public investors a direct path on a major exchange to a fusion stock.

The company is called General Fusion, and it trades on Nasdaq under the ticker GFUZ.

Most people won't notice the company until it's already moving. That's usually how the most interesting stories work — they hide in plain sight while the crowd looks the other way.

Here are the nine reasons this overlooked company sits as a top one to watch.

9 Reasons Why General Fusion Could Be the Most Important Energy Stock of the Decade

There's a moment, every so often, when a technology stops being a science experiment and starts becoming an industry.

The internet had its moment in 1997. Electric vehicles had theirs around 2012. Artificial intelligence had its moment in 2023.

Fusion energy is having that moment right now — and for the first time in history, with General Fusion (Nasdaq: GFUZ), ordinary investors now have a direct way to own the first publicly listed fusion energy tech stock available right now.

For those who have spent a long time studying energy and emerging-technology stories, this one has a rare combination of ingredients you don't see together often:

A rare combination of ingredients

  • A significant potential market opportunity
  • A demonstration operating at a commercially relevant scale
  • A defined sequence of catalysts
  • A history of deep-pocketed backers
  • A CEO with significant experience including turning new emergent technologies into successful companies with impressive shareholder returns
  • … And, most importantly, an entry valuation that could leave enormous room to run if successful

Here are the nine reasons it's earned a spot as a top one to watch.

1

It's the first publicly listed fusion stock listed on a U.S. exchange

Fusion is the process that powers the sun. Force two hydrogen isotope atoms together hard enough and they fuse, releasing enormous energy — with no carbon emissions, no risk of meltdown, and no long-lived radioactive waste.1

For decades, the joke was that fusion is "always 30 years away." That joke is now obsolete.

The fusion industry has raised nearly $10 billion cumulatively — a five-fold increase since 2021 — and pulled in $2.64 billion in the single year leading to July 2025.2

Here's the catch for everyday investors: almost all of that money is locked up in private companies you can't buy. Commonwealth Fusion, Helion, TAE, Pacific Fusion … all private.

If you wanted public-market exposure to fusion, there wasn't a direct way to get it. The closest alternatives were indirect plays: defense companies, diversified utilities, or fission names like Oklo, NuScale, and Nano Nuclear — all focused on SMRs, not fusion.

As the first publicly listed fusion energy company, General Fusion (Nasdaq: GFUZ) just changed that.

In a market starved for fusion access, scarcity itself is a powerful force.
2

It rides three of the current big macro waves of our lifetime, all at once

Great investments usually have one big tailwind. General Fusion (Nasdaq: GFUZ) sits at the intersection of three.

The AI power crunch. The energy usage of data centers is expected to double or triple by 2028, according to the U.S. Department of Energy.3 AI doesn't run on hope; it runs on electrons — and it needs them around the clock.

The electrification of everything. Global electricity demand is forecast to roughly double, from about 30,000 terawatt-hours in 2023 to roughly 57,000 TWh by 2050, driven by EVs, industrial electrification, and green hydrogen.4

Clean, firm, always-on power. Solar and wind are wonderful when the sun shines and the wind blows. Fusion could run at high availability, rain or shine — exactly the kind of firm baseload that hyperscalers like Microsoft, Amazon, Meta, and Google are now signing direct power deals to secure. Fusion is built for precisely that customer.

3

Its "industrial" approach is designed to be quickly (and inexpensively) scalable

Most fusion companies chase the science with either giant superconducting magnets (tokamaks) or giant lasers.

This technology is extraordinary — and extraordinarily expensive and complex. General Fusion (Nasdaq: GFUZ) took a third road called Magnetized Target Fusion (MTF) — what it describes as the practical "sweet spot" for fusion energy generation.

Picture a giant industrial press. Hot hydrogen plasma is injected into a swirling cavity of liquid metal, then mechanically compressed by pistons until fusion conditions are reached — repeated roughly once every second.

That liquid metal is designed to do triple duty: absorb the heat, breed new fuel, and shield the machine's walls from neutron damage.

The commercial design avoids exotic superconducting magnets and giant lasers, leaning instead on industrial pistons and a conventional steam turbine — components that already exist in industrial supply chains.

For investors, "scalable," "buildable" and "affordable" could mean the difference between a long shot and a blue sky.
4

There's a real, operational machine — with near-term catalysts to watch

This is not a PowerPoint company. General Fusion (Nasdaq: GFUZ) built LM26 (Lawson Machine 26), a demonstration machine operating at a commercially relevant scale, at its 100,000-square-foot, CNSC-licensed facility near Vancouver.

LM26 achieved its first plasma in early 2025 and its first plasma compression in April 2025.

Now the company is working toward three peer-validated scientific milestones, in order:

  • 1 keV plasma temperature — about 10 million °C
  • 10 keV plasma temperature — about 100 million °C
  • 100% of the Lawson criterion — the combination of fusion parameters that can produce net fusion energy in the plasma

The company is targeting completion of this Lawson Program in 2028 — a defined path to transformative technical milestones. In June, the company announced significant progress toward its 1 keV electron temperature milestone. The results show meaningful plasma heating to electron temperatures of approximately 8.4 million degrees Celsius, or 0.72 keV, driven by the compression of a plasma with a lithium liner. This is a key indicator of success for the Company's practical approach to fusion energy.

General Fusion is also one of only a few fusion companies worldwide to have achieved and published peer-reviewed fusion results.

Each milestone the company reaches is a potential proof point … and a potential re-valuation.
5

The management and sponsor team have done this before

A great idea with the wrong people goes nowhere, but General Fusion's (Nasdaq: GFUZ) team has a track record that's almost tailor-made for this moment.

The sponsor team was led by Chairman & CEO of Spring Valley III, Chris Sorrells, who also serves on General Fusion's Board. This is a man with a serious track record of making investors money through finding under-the-radar companies and helping them go to market.

Sorrells is a two-time nuclear SPAC sponsor who led the SPAC that took NuScale Power public — the world's first publicly traded small modular reactor company. He was also a driving force behind Renewable Energy Group, later sold to Chevron for $3.15 billion, a roughly 6x return post-IPO.

The Spring Valley team has closed 50+ energy and decarbonization transactions over the last three decades and played key roles in the creation of 17 publicly traded companies, including seven SPACs merged or raised to date.

In other words, the sponsor has a real, repeatable playbook for bringing first-of-their-kind energy companies to public markets.

The company is led by CEO Greg Twinney, who has guided technology businesses through IPOs and acquisitions, including the $1 billion Real Matters IPO and Kobo's $315 million sale to Rakuten. He now sits on the board of the Fusion Industry Association.

The science is anchored by founder Dr. Michel Laberge, a physicist and lead inventor of multiple patents who left a successful career to start General Fusion (Nasdaq: GFUZ) in 2002.

The company benefits from a strong group of advisors, including strategic advisor Bob Smith, former Chairman and CEO of Blue Origin. The company's Science and Technology Advisory Committee comprises experts in plasma physics, engineering, and fusion research who provide guidance on technical development and system design. It is chaired by a former CEO of EUROfusion, and its members include former directors of the U.S. ITER Project and the UK Atomic Energy Authority.

Two decades in, the company holds 210 patents and has published more than 35 peer-reviewed papers. That's founder conviction, operator discipline, and deep scientific and technology background in one team.

6

It has been backed by some of the best-known money on Earth

You can learn a lot about a company by who has written a check.

General Fusion (Nasdaq: GFUZ) has historically raised approximately US$500 million from a roster of investors that includes Bezos Expeditions, Singapore's Temasek and GIC, Malaysia's Khazanah, and the Business Development Bank of Canada.

The company is also supported by approximately $100 million in funding through government programs and has established strong public-sector collaborations. These include collaborations with Canadian institutions such as Canadian Nuclear Laboratories and TRIUMF; leading universities and national laboratories through programs supported by the U.S. Department of Energy; and the UK Atomic Energy Authority under a long-standing collaborative agreement focused on fusion research, technology development, and scientific validation.

Why?

In an era when access to energy could dictate who dominates the next century, some governments are racing to back fusion: the U.S. directed a record ~$1.5 billion to fusion activities in 2025, Germany committed over $2.3 billion, and the UK has pledged over £2.5 billion.5

When this much sophisticated private and public capital flows in the same direction, it tells you that financial momentum is building for fusion. Two of the most important questions are who gets there — and how you can own a piece.
7

The comps show significant growth post listing

Here's where it gets real: Line up General Fusion (Nasdaq: GFUZ) against the next-generation energy companies that went public before it, and the comparison is astonishing.

Take a look at the latest numbers as of July 14, 2026:

Company Value at IPO / De-SPAC Value as of July 2026 Change
Bloom Energy $2 Billion (Jul 2018) $69.2 Billion +3,360%
Oklo $1.4 Billion (May 2024) $8 Billion +471%
Nano Nuclear $142 Million (May 2024) $945.4 Million +566%
NuScale Power $935.8 Million (May 2022) $2.97 Billion +271%
General Fusion (Nasdaq: GFUZ) $874.5 Million (Jul 2026) Just listed —

Sources: pineify.app/historical-market-cap and YahooFinance.com6

General Fusion (Nasdaq: GFUZ) entered the public markets on July 13th, 2026, and one day after it began trading on the Nasdaq, its valuation was approximately $874.5 million — a fraction of where those companies trade today.

While other companies' past performance is no guarantee, based on how those other companies have done, it could have upside room to run.

8

The total addressable market is almost hard to comprehend

Independent research firm Ignition Research projects the global fusion energy market could exceed $1 trillion per year by 2050.

That figure isn't pulled from thin air — it's anchored in the reality that global electricity demand is set to nearly double to 57,000 TWh by 2050, and fusion is positioned to supply the clean, firm baseload that wind, solar, and storage can't deliver on their own.

To put $1 trillion a year in perspective, the company benchmarks it against today's biggest clean-energy markets:

~$141B
per year

~$330B

per year

~$390B

per year

$1+ TRILLION

per year

Global WindPotential Market 2030
Global BatteryPotential Market 2030
Global SolarPotential Market 2034
Global FusionPotential Market 2050

Projected annual market size: wind, battery, solar vs. global fusion by 2050 (per GF Investor Presentation).5 Wind and battery figures per Grand View Research; solar per Precedence Research; fusion per Ignition Research.

In other words, some projections suggest the fusion market could eventually rival the combined scale of wind, battery, and solar. Independent technoeconomic analysis points the same direction, estimating the fusion electricity market could scale to as much as $2.1 trillion by 2080, supplying over half the world's net electricity demand.7

A company entering at a $874.5 million USD valuation, aiming at a market measured in the trillions — that's the kind of asymmetry that warrants attention.
9

The economics could be genuinely disruptive

Rendering of a commercial General Fusion power plant
Rendering of a commercial General Fusion power plant

Once the technology is commercialized, General Fusion's (Nasdaq: GFUZ) plan is to be an asset-light, technology-centric supplier — selling the high-margin reactor core (it calls it a "Fusion Island," producing 150 MWe each) to utilities and power-plant operators, then earning a high-margin recurring services annuity over a 40-plus-year plant life.

The company estimates a levelized cost of energy of roughly $64–$73 per megawatt-hour for a mature, nth-of-a-kind plant — competitive with the best small modular reactors ($64–$130) and cheaper than legacy nuclear ($141–$220), offshore wind ($70–$157), or solar-plus-storage ($50–$131).

Fusion plants are also expected to deliver roughly 4x more energy per unit of fuel than fission.1

Clean, safe, effectively limitless power — sold cheaply into a world that can't get enough electricity.

The Thesis in One Paragraph

General Fusion (Nasdaq: GFUZ) is the kind of story that is irresistible to study: a genuine scientific frontier, a scarcity angle, a working demonstration machine with near-term milestones, historical deep-pocketed validators, a team that has taken a first-of-its-kind energy company public before, a trillion-dollar potential market — and an entry price that leaves the upside room to run.

If you've ever wished you could have bought into a transformational technology before the crowd showed up, then GFUZ belongs on your radar today.

And decide for yourself whether the only fusion stock on a major U.S. exchange deserves a place in your portfolio.

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