Hybrid classical-quantum computing can violate Moore's Law, the empirical relationship between IC transistor count and time
A hybrid quantum computing algorithm must be designed, with some sections executing on a quantum computer and others on a conventional computer
The quantum computer first programs the outcome of a complex parameterized function that a regular computer cannot evaluate
A successful hybrid computing system needs a fast control system and proper control points to efficiently interface between quantum and conventional computations
Quantum Machines, along with many other quantum computer providers, has developed a fast control system for traditional NVIDIA hardware
This method is mainly meant for those of us who own actual quantum processing units (QPUs) and high performance computers (HPC)
Several cloud services share this capability, such as Dell’s IonQ single QPU and Amazon AWS Bracket’s multiple QPUs
Due to AI advances, hybrid classical-quantum systems may now perform better by applying machine learning to detect workload characteristics