Quantum Algorithms
Transforming Quantum Circuits with Breakthrough Algorithmic Optimization
- Built To Order
- Production Ready
Developing new quantum algorithms for complex problems is an immense challenge. Unlike digital logic circuits, quantum circuits consist of matrices of complex numbers, making their design and optimization highly non-intuitive.
Automatski has pioneered breakthrough quantum algorithms, including:
- Quantum Circuit Optimization
- Quantum Circuit Equivalence
Current common approaches for quantum circuit optimization include:
- Heuristics
- Tensor Networks
- Local Algorithms
- Pattern Matching & Substitution
- Rule-Based Substitution
- ZX Calculus
Automatski has developed a novel method that achieves equivalent circuits with 100x to 1000x lower T-Count—reducing T-Count from billions to just a few million on production-grade applications. This represents a major advancement in quantum circuit efficiency.
Our method is hardware-agnostic, working with any set of gates and any quantum hardware backend. Additionally, it provides accurate measurement of circuit equivalence, ensuring reliability across transformations.
These innovations are just a few examples of Automatski’s cutting-edge contributions to quantum algorithm development.