Quantum computers will require millions of physical qubits to operate at utility scale. Yet, these complex machines require much more than the qubits themselves or the software applications they enable. The connective tissue between the physical qubit layer and software comprises complex control and readout electronics, high-density interconnect and packaging platforms, and advanced cryogenic and thermal management systems.

Emergence Quantum develops the foundational control architectures that enable qubits to interface with software systems, realizing integrated machines at scale. Our approach is ‘qubit-agnostic’. We identify common technologies that are needed across all qubit modalities from semiconductor spins, trapped ions and atoms, photonics, and superconducting approaches. We co-design to provide engineering solutions to complex integration challenges in quantum computing.