Quantum Computer
The Billion+ Logical Qubit, Arbitrary Circuit Depth, Infinite Precision Quantum Computer
- Built To Order
- Production Ready
Automatski’s Quantum Computer supports over a billion logical qubits, arbitrary circuit depth, and infinite precision—making it the most powerful and accurate quantum system ever conceived. Unlike conventional quantum efforts focused on physical qubits and noise reduction, Automatski’s system bypasses hardware limitations by directly leveraging the underlying algorithms of the universe, discovered in the 1990s.
This system supports non-destructive measurements and non-linear quantum gates—either of which is sufficient to solve NP Problems in Polynomial Time.
Mainstream views classify simulators as software (classical) and computers as hardware (quantum).
Quantum Simulator vs Quantum Computer
The world describes them as
Simulators=Software/classical vs Computer=Hardware/quantum.
We describe them as:
Quantum Simulators use Maths and Quantum Computers use Physics.
Automatski defines the difference as follows:
- Quantum Simulators use Mathematics
- Quantum Computers use Physics
“The person who understands the universe the best will win this race of world domination.”
Automatski’s quantum computer was engineered using discoveries that unveiled the simulation-like structure of the universe. By decoding the core algorithms of reality, we created new theories in physics, mathematics, and computation, culminating in a system that delivers true quantum advantage today.
This machine is not theoretical. It exists. It works as desired.
Although fully built and tested, the Quantum Computer is currently disassembled and in cold storage for strategic reasons:
- Market Timing – Early release would cannibalize adoption of our simulators for 10–20 years.
- Strategic Dominance – It will be launched when global players have exhausted trillions of dollars attempting to build production-grade quantum computers—and failed or barely succeeded.
Upon release, our Quantum Computer will enter the market with double the capability at half the cost, reshaping the global quantum landscape and humbling many inflated egos.
We acknowledge this approach may delay the progress of mankind by decades—but we didn’t start the race. We’re here to end it.
Boolean Satisfiability with Grover’s Algorithm on the World’s Most Powerful Billion Logical Qubit Quantum Computer
- A 20-variable problem utilizes 400+ logical qubits and 192,000 gates
- A 50-variable problem utilizes 1,000+ logical qubits and 13.6 billion gates
This is the world’s first and only production-scale quantum computing system.
Grover’s Algorithm is the simplest and most definitive way to verify that a quantum computer is working perfectly. Just thought you might want to know.
The system also supports Kraus operators for noise simulation, making it indispensable for designing quantum computing hardware.