Dynalogix is developing hybrid analog-digital accelerators to efficiently run quantum algorithms in classical hardware
We are pushing the boundaries of classical analogues of entanglement and quantum coherent control to create an innovative computing architecture
Our architecture scales linearly with the number of qubits to be simulated and uses classical features impossible in quantum systems such as state copying and non-desctructive measurements to optimize complex quantum circuits.
Complex amplitudes of two-level system are efficiently represented as analog voltage nodes and coherently controled by digital pulses. Active circuit elements reduce dissipations that destroy phase coherence during gate operations.
Our mixed-signal chip cores are designed to operate in sub-threshold conditions, allowing low power consumption.
Contact us to learn more about our technology