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Fusion was 30 years away.
And always would be.

Until in 2004 a team at MIT sparked a plasma around the Levitated Dipole Experiment. LDX started the countdown to real, useful, power-positive fusion. Even if no one could see it at the time.

Now, fusion is 6 years away.
And we're racing against the clock.

OpenStar was founded to build a levitated dipole reactor using the new technology that has developed in the 20 years since LDX. Soon, OpenStar will confine a plasma around our first Marsden Class device constructed using High Temperature Superconductor, the critical step to show LDRs can be scaled to produce fusion energy.

Next, fusion will be 3 years away.
This is a race we can win.

Once HTS has been used to build dipoles, OpenStar will build the key experiments to show that fusion is in reach. Our second class of device, Rutherford, will produce the fusion reactions to probe the remaining physical unknowns. Meanwhile, rapidly deployed Marsden class devices increase broad understanding of dipole physics.

Onwards, fusion is 0 years away.
The work is just beginning...

Our first power-positive Hasegawa Class devices come online and begin providing useful power to the grid, eliminating the need for fossil fuels and improving reliability of power for industry. Hasegawa will be just the beginning, as we scale and iterate to drive the world into a new age of energy abundance.

Our fusion reactor concept.

OpenStar fusion reactor concept diagram.OpenStar fusion reactor concept diagram key.