by | Nov 7, 2021
Building a scalable quantum computer requires the ability to manufacture quantum states with long coherence times, fast operation, high fidelity and high stability. Furthermore, these attributes need to be combined together into a scalable architecture that allows the...
by | Nov 7, 2021
Ion implantation is the standard technology used in the semiconductor industry to introduce dopants in silicon electronic devices. It is also the technology that underpins the pioneering demonstrations of our spin-based qubits in silicon, while retaining compatibility...
by | Nov 7, 2021
Si-MOS quantum dots are a complementary technology to the ion implanted phosphorus donor qubits that are one focus of CQC²T and also act as a ‘test bed’ to assess the potential of silicon spin qubit systems in general. Silicon Metal-Oxide-Semiconductor (Si-MOS)...
