QuTech

The cooperation between Intel and QuTech directed to acceleration of research process in the field of quantum computings began in 2015. From this point partners managed to achieve progress, from demonstration of operable circuitry blocks for the integrated cryogenic CMOS of management systems and development of the production technology of spin qubits based on 300-mm technical process of Intel, before creation of this unique packaging solution for superconducting qubits. Thanks to joint work of partners it was succeeded to reduce significantly time from development of construction and production of the chip prior to tests.

Progress in area of quantum computing systems:

• Cooperation of Intel and QuTech in quantum computings is not limited to development and testing of superconducting devices based on qubits at all. Within joint work partners research all aspects of quantum computing systems, from qubits to program and hardware architecture for management of qubits and quantum applications. All these elements are necessary for overcoming a way from research laboratory to real products.
• Unlike competitors, Intel at the same time studies several types of qubits at once. In addition to the superconducting qubits used as elements of this latest experimental processor, specialists of Intel are engaged in development of one more type of qubits – backs qubits in silicon. These backs qubits remind the one-electron transistor and in many aspects behave to similarly traditional transistors that allows to arrange their production, using similar technical processes.
• Thanks to the outstanding performance and efficiency, quantum computers of the future will be able to solve a number of the major problems, however they will not be able to replace with themselves traditional computing systems and other innovative technologies which, in particular, neyromorfny calculations are among. Relying on the principles of the Law of Moore, we should move forward continuously, inventing new and developing the existing innovative computing technologies.