Quantum Motion Technologies Limited

QUICHE (QUantum Integrated CHEmistry) is an international partnership between UK-based Quantum Motion and Riverlane and Germany-based FACCTs. The project aims to integrate quantum computing into the industry-leading ORCA chemistry package, creating a prototype pipeline mapping from a chemical system to a quantum circuit. Advanced decomposition, simulation...

The SiQEC (Silicon Quantum Error Correction) project aims to deliver the first demonstration of a spin-based quantum computing system capable of implementing repeated rounds of quantum error correction (QEC) - a critical milestone toward fault-tolerant quantum computing. This collaboration between Quantum Motion and University College London will introduc...

QSiP (Quantum System in Package) is a strategic partnership between Quantum Motion (QM) and IMEC, combining QM's expertise in spin qubit design with IMEC's advanced semiconductor manufacturing capabilities. This collaboration aims to develop novel interposer technology for integrating qubit chips with cryogenic electronics, addressing a critical bottlenec...

Quantum Motion aims to leverage existing advanced CMOS fabrication techniques to not only create scalable silicon-based quantum computers, but also to create the electronic circuitry required to operate at cryogenic temperatures to electrically interface with quantum structures. Many of these cryo-CMOS circuits need to operate in the radio-frequency (RF) ...

Silicon Cloverleaf introduces a quantum computing system based on Quantum Motion's spin qubit technology. At its heart lies a two dimensionally scalable quantum processing unit (QPU), integrated with control systems and a user interface. What sets Cloverleaf apart is its scalability. Its architecture is designed to demonstrate a scalable tile and allow fo...

Optimization problems appear in many areas of industry including scheduling problems in transportation, improvement of manufacturing lines or within finance strategies. Solving these optimization problems can be a demanding but important task, having the possibility to solve hard optimization problems is a key factor for economic and strategic success. As...

In this project, we will produce that tool: An electronic company aided design (ECAD) software module for the microscopic modelling and simulation of qubit devices. The tool will have the predictive power to determine the impact of device design parameters on qubit performance. Furthermore, the development of the module will be made completely compatible ...

The Altnaharra project brings together leading researchers in superconducting, ion trap and spin qubits along with a world-leading cryogenic equipment supplier and world-leading centre for measurement standards to develop a cryogenic chip for integrated qubit control and readout, manufactured in a standard CMOS foundry. The development of such a chip is a...

A remote environment for the testing and development of integrated circuits for business continuity in the event of government requirements to work from home.

Quantum computing is poised to be a driver of innovation in the next decade. Its information processing capabilities will radically accelerate drug discovery, improve online security, and will boost artificial intelligence algorithms. Building a quantum computer promises to have a major positive impact on society. However, current qubit numbers are insuff...

Quantum computers represent harnessing nature at its deepest level to build the most capable computing machines we can imagine based on the laws of physics we know today. They have been predicted to transform areas ranging from logistics, to the discovery of materials and drugs, and security. The most profound impacts of quantum computing will require the...