A Clean Energy Opportunity

Global Energy Demand is Surging

Electricity demand is projected to nearly double by 2050 to meet growing energy needs worldwide. To meet this global need, energy systems must grow rapidly while remaining reliable and reducing carbon emissions.

McKinsey & Company, Global Energy Perspective 2023: Power outlook, January 2024

Rising Demand

Global population growth, economic development, and electrification are steadily increasing electricity consumption across nearly every sector of the economy.

AI & Data Center Boom

Artificial intelligence and cloud computing are driving rapid growth in energy-intensive data centers, creating new and sustained demand for reliable electricity.

Grid Under Pressure

Electric vehicles, industrial electrification, and digital infrastructure are placing unprecedented demand on power grids worldwide.

Fusion: The Ultimate Clean Energy Solution

Clean Energy

Fusion produces no carbon emissions during operation and generates no long-term radioactive waste.

Efficiency & Scalability

Fusion systems can produce large amounts of energy from small amounts of fuel, helping power communities, industries, and economies with clean electricity.

Fuel Abundance

Fusion fuel can be sourced from hydrogen isotopes and lithium, materials that are widely available and distributed around the world.

Safety Advantage

The fusion process is inherently self-limiting and stops naturally if the precise conditions required for fusion are not maintained.

Cost Effective

Fusion has the potential to deliver cost-competitive electricity due to several structural advantages, including a lower regulatory burden compared to conventional fission.

What is Fusion?

Fusion is the power source of the universe and the process that fuels the stars. It occurs when two light atomic nuclei combine to form a heavier nucleus, releasing immense energy. On Earth, achieving fusion requires recreating the extreme conditions found in stars by compressing hydrogen fuel to very high temperatures and pressures. When these conditions are reached, hydrogen nuclei can combine and release energy in the form of heat and neutrons. That energy can then be captured and converted into electricity.

MTF: A Practical Solution to Commercialization

Our Secret Sauce? The Liquid Metal Wall

Barriers Other Fusion Approaches Face

Material Degradation
Fuel Sourcing
Energy Capture
Cost

Engineered Practical Solutions

MTF uniquely solves critical barriers to fusion energy.

Durable Fusion Machine – Liquid metal protects machine from damage.
Abundant Tritium Fuel – Produces sufficient fusion fuel for the life of the power plant
Simple Energy Conversion – Creates steam and spins a traditional turbine
Economical Fusion Power – Uses simple, existing materials. No superconducting magnets or expensive lasers

Barriers Other Fusion Approaches Face

Material Degradation
Fuel Sourcing
Energy Capture
Cost

Engineered Practical Solutions

MTF uniquely solves critical barriers to fusion energy.

Durable Fusion Machine – Liquid metal protects machine from damage.
Abundant Tritium Fuel – Produces sufficient fusion fuel for the life of the power plant
Simple Energy Conversion – Creates steam and spins a traditional turbine
Economical Fusion Power – Uses simple, existing materials. No superconducting magnets or expensive lasers

Explore Investor Resources