Room-temperature, mobile quantum processors by harnessing topological materials for scalable, edge-ready computing
pioneers solid-state quantum processors that can operate at ambient (room) temperature—a significant leap beyond conventional quantum computers, which require ultra-cold environments. By leveraging advanced topological materials, Quoherent enables the creation of highly stable and scalable quantum bits (qubits) that perform reliably without extreme cooling.Quoherent’s core innovation is building quantum processors on silicon, integrating them with standard PCB technology, and designing their hardware for mobile and edge computing applications—opening possibilities for portable, practical quantum devices that can function outside of specialized labs. The company’s vision is to deploy the world’s first scalable, high-fidelity quantum processors on mobile platforms, unlocking quantum computing “where you need it, when you need it”.By eliminating the need for extreme cooling and focusing on integration and portability, Quoherent aims to radically increase the accessibility and real-world utility of quantum computing for a wide range of industries and applications.