Quantum Simulator

Full State Vector Simulation

A Full State Vector Simulator holds the entire state in memory and processes the state at every step of the circuit with every gate operation.

This state grows exponentially in size with the number of Qubits.

Automatski doesn't use approximations, compression or heuristics like Tensor Networks. Hence unlike Tensor Network based simulators there is no limitation on accuracy or the depth of the quantum circuits.

And we support non-destructive measurements and non-linear quantum gates. Either of which is enough to solve NP Problems in Polynomial Time.

Sunway TaihuLight

Uses 100 PetaFlops, 131072 nodes, and 1 Peta Byte of Main Memory to do 49 or 50 Qubit Full State Vector Simulations.

300+ Qubit Full State Vector Simulator

"Used For Production Grade Quantum Computing Applications Today"

Outside Automatski Its Impossible!

Nobody in the entire world can simulate more than 49 or 50 Qubit Full State Vector Simulations even by using the worlds Top Supercomputers. Nor can anyone do it in the next 100 years.

Automatski has made phenomenal breakthroughs in Mathematics and Algorithms which enables it to do so.

Do Production Grade Quantum Applications "Today"

Automatski's 300+ Qubit Full State Vector Quantum Simulator can be used to deliver Production Grade Quantum Computing Applications "Today"

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300+ Qubit Quantum Simulator

Full State Vector Simulator

Supports Krauss Operators for Noise Simulation. Making it indispensable for designing Quantum Computer Hardware.