Our Partners

external page Chiral, a spin-off company of ETH Zurich and Empa, is a nanotechnology company enabling next-generation electronics with nanomaterials. Its unique device fabrication technology combines AI-enabled quality inspection and automated robotic transfer of 1D and 2D nanomaterials onto devices. The company is collaborating with Prof. Mickael Perrin's group (D-ITET, Empa), producing and characterizing high-quality carbon nanotube quantum dots for quantum energy applications.

Qambria develops software products for hybrid quantum-classical computing, making the quantum computer a scalable accelerator on the HPC node. By rethinking quantum-classical integration, Qambria's novel technologies eliminate traditional bottlenecks, providing low latencies and high throughput to unlock performance for hybrid applications. Qambria's quantum platform is the core of an HPC scale-out architecture that combines massive-parallel classical systems with state-of-the-art quantum computers for delivering quantum utility already today and quantum advantage in the near future.

How to achieve unrivaled sensitivity and resolution with quantum sensors? The ETH spin-off external page QZabre specializes in the development of quantum sensors based on nitrogen-vacancy centers – atomic defects in diamonds – that enable the imaging of magnetic fields and currents at the nanometer scale.

external page Versics AG is a spin-off of ETH Zurich that commercializes Thin-Film Lithium Niobate electro-optic modulators, transmitters and lightwave component analyzers that operate up to 110 GHz. These large bandwidths are ideally suited for transmission systems reaching hundreds of Gbit/s in classical links but also ideal for quantum cryptography systems. The company manufactures its photonic products from design to microfabrication, assembly, and testing until the shipping process.

external page Zurich Instruments is a test and measurement company based in Zurich and is part of the Rohde & Schwarz family. Zurich Instruments provides advanced tools for quantum research. They partner with labs at ETH Zurich to develop cutting-edge measurement systems and accelerate progress in quantum research.  

external page ZuriQ is an ETH spin-off developing a utility-scale quantum computer using novel ion-trap methods. It aims to overcome some of the existing challenges in scaling quantum computers by using a unique approach involving Penning traps. This method leverages static electromagnetic fields instead of the more conventional oscillating radio-frequency fields, which allows for natively creating 2-dimensional arrays of qubits leading to greater flexibility and scalability in managing qubits — the fundamental units of quantum information.