Analog Quantum Computer / Quantum Simulations
Simulate Quantum Reality at Scale—No Abstractions, Just Physics
- Built To Order
- Production Ready
Automatski’s Analog Quantum Computing platform is engineered to support 100K+ qubits for precision modeling of quantum systems. Purpose-built for simulations in chemistry, material science, optimization, quantum dynamics, and more—this is not digital approximation, but direct, high-fidelity analog modeling.
High-Fidelity Quantum Simulations
While digital quantum computers struggle with noise, scaling, and error correction, our analog platform embraces quantum behavior as it is—continuous, complex, and highly interactive.
Automatski’s system operates with ultra-high resolution and directly simulates the dynamics of quantum systems without translating them into inefficient gate-based operations.
What This Enables:
- 100,000+ qubits for large-scale quantum system simulations
- Analog modeling of quantum chemistry, lattice structures, and dynamic systems
- No gate model abstraction—directly models physics as it unfolds
- Ideal for energy, pharma, material science, and high-precision R&D
- Unmatched scalability without digital bottlenecks
- Built-to-order with domain-specific calibration
This platform isn’t chasing the dream of future fault-tolerant quantum systems. It delivers practical quantum simulation capabilities today—at scale, with precision, and with real-world impact.
Author : Aditya Yadav