In a world increasingly defined by energy crisis, climate targets and geopolitical volatility, fusion energy represents the Holy Grail.
We promise to solve the trilema of energy – security, sustainability and affordability without the trade-offs between fossil fuels and current fission.
However, there is no guarantee that this promise will be transformed into reality. Now it relies on a consistent and bold investment in research and development.
Fusion is not science fiction, but it can become political fiction if the funds can’t meet the possibilities.
Why fusion? Unique energy proposals
Fusion works by combining two photonuclei (usually hydrogen supplementation and tritium isotopes) to form helium, releasing large-scale energy in the process.
Unlike nuclear fission, it does not generate long-life radioactive waste, effectively carries zero meltdown risk, and does not release CO2.
1 gram of fusion fuel = ~8 tons of oil in energy output fuel is rich: deuhydrogen from reactor-raised seawater and tritium-raised compact footprints compared to renewable energy such as solar and wind
Where are we now? It’s a breakthrough, but there’s no break
Recent milestones show that fusion is no longer a hypothesis.
But these are prototypes, not power plants. There is still a gap between scientific feasibility and commercial feasibility.
Why is fundraising more important than ever?
Fusion requires long-term, high-risk, high-remuneration investments. Without it, it will halt along the way, talent will be emitted into other sectors, and the public will lose faith in one of the few truly transformative climate solutions.
Here are some things that Fusion Funding enables:
Breakthrough Experiments (Plasma Stability, Magnetic, Tritium Breeding) Commercial Demonstration Plant Rapid Deployment to Private Public Partnerships
Today, most countries spend less than 0.05% of their energy R&D budgets on fusion.
Global races, and stakes are high
The US, UK, China, South Korea and the EU are trapped in soft races to commercialize fusion energy.
Countries building their first viable integrated power plants can not only revolutionize the energy network, but also restructure global geopolitics and clean technical leadership.
In the UK, the Step Programme (spherical tokamac for energy production) aims to provide prototype plants by 2040. However, this requires a stable increase in funds until the 2030s.
Private fusion startups are rising, but need public support
Companies like:
Commonwealth Fusion Systems (US) First Light Fusion (UK) Tae Technologies (US)
…We collected billions from investors. But even these well-funded ventures rely on public research, national research labs and international collaborations for core technologies.
Fusion is too important to set off just to venture into the capital.
Payoffs: Clean Energy Infrastructure for Centuries
If successful, Fusion Offere:
Resources Baseload Clean Energy Space Race and Internet-like technological heritage to complement the independence of Skars Country’s wind and solar energy
It is a kind of infrastructure investment that defines not just the economy but the era.
Betting on fusion is betting on the future
We fund what we cherish. And if the goal is a future in which humanity thrives within the boundaries of the planet, the fusion must be more than a moonshot. It must be an obligation.
Governments, charities and industry leaders must come together to ensure that fusion is not only pursued, but also delivered.
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