Nuclear Fusion

Full-Scale Quantum Simulation of Plasma for Practical Fusion Energy

Automatski solves the greatest challenge in energy science—controlled, net-positive nuclear fusion—by simulating plasma behavior at 200 million degrees using a 300+ qubit quantum simulator. This makes the design of real, production-grade fusion reactors not only possible, but guaranteed.
Nuclear Fusion
Quantum Simulation-Powered Invention of Sustainable Fusion Energy
A nuclear fusion reactor is a type of power plant that generates energy by fusing atomic nuclei—typically deuterium (D) and tritium (T), isotopes of hydrogen—under extreme temperature and pressure conditions. When fused, they produce helium (He), a neutron, and an enormous release of energy. Fusion is clean, safe, and orders of magnitude more energy-dense than any other form of power generation.
Nuclear Fusion 1
Why No One Else Can Make It Work

Despite decades of effort, no organization has achieved controlled, sustained, net-positive energy nuclear fusion. And Automatski asserts—with technical clarity—that no one else will.

Why? Because fusion reactors rely on the behavior of plasma at extreme temperatures (200 million degrees and beyond), and nobody else has a complete understanding of plasma dynamics at this scale. Without this, it’s impossible to design a reactor that can maintain the delicate balance needed for stable, energy-positive fusion.

Nuclear Fusion 2
The Automatski Solution

The only path forward is to simulate plasma dynamics at these extreme conditions using a full-scale quantum simulation—and Automatski’s proprietary 300+ Qubit Quantum Simulator can do exactly that, today.

This breakthrough makes it possible to understand, model, and design controlled fusion environments with the accuracy and fidelity needed to guarantee the invention of practical nuclear fusion.

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The only way to create nuclear fusion is by performing a full quantum simulation of plasma at 200 million degrees—using Automatski’s 300+ qubit quantum simulators or quantum computers.
Author : Aditya Yadav

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