Automatski’s 1 million qubit Quantum Eigen Solver enables accurate, large-scale computation of the lowest energy states of complex quantum systems. This breakthrough empowers advancements across

Automatski’s innovative quantum algorithms drastically reduce circuit complexity by lowering T-Count by 100x–1000x, while ensuring hardware-agnostic compatibility and precise circuit equivalence. These advances redefine quantum

Automatski redefines Monte Carlo methods with a hybrid quantum-classical architecture, delivering deterministic results and precision-tuned accuracy—without random sampling. From high-dimensional integration to complex simulations, this

Automatski has uncovered the fundamental algorithms that govern the universe—offering a first-principles, computational framework that explains the cosmos without relying on abstract approximations. From dark

Quantum chemistry lies at the heart of molecular science—but classical approaches often fall short, relying on approximations for complex systems. Automatski’s quantum simulators deliver full

Some materials defy classical understanding, governed instead by quantum mechanics and entangled interactions. Automatski’s quantum simulation technology enables precise, first-principles modeling of these exotic systems—unlocking

Robots today can walk, grasp, and navigate—but they still can’t truly think. Automatski is tackling the real challenge in robotics: cognition. By developing AGI systems

Ammonia is vital for both agriculture and clean energy, yet its industrial production is one of the planet’s most carbon-intensive processes. Automatski leverages quantum simulation

While solar energy holds the promise of a sustainable future, today’s technologies fall short of delivering on that vision. Automatski harnesses quantum simulation to engineer