The cloud platform of the Russian Quantum Center will allow solving complex computing problems on
The platform has an intuitiveinterface and several quantum backends at once: for example, data scientists and researchers will be able to independently switch between the proposed options:
- quantum computing emulator SimCIM, developed and patented by the project team - to solve problems it uses classical algorithms that simulate the behavior of quantum systems;
- quantum computers created as part of the implementation of the roadmap for quantum computing;
- quantum computers of third-party international companies.
For the convenience of client companies from variousindustries, developers have formed a set of ready-made applications for financial optimization, quantum chemistry, bioinformatics, logistics, etc., as well as a set of tools for comparative analysis of algorithms. The number of applications and backends will increase as the project develops and new strategic partnerships emerge.
Our team decided from the very beginningfocus on solving urgent business problems, since this concept allows you to visually assess the advantages of quantum computing over traditional ones. We have received applications for connection from scientific institutions and business representatives from Russia, France, Germany, Great Britain, Taiwan and China, and now we are starting to provide them with access and implement joint projects.
Alexey Fedorov, co-founder of the platform at RCC
In turn, the Center for Quantum Technologies of Moscow State University has created a software platform for developers of quantum and hybrid quantum-classical algorithms.
It allows you to run and test variousprograms designed to work with quantum computers. The language of quantum instructions is currently supported, the syntax of which is the same as the Quil language (Rigetti Computing). For writing the classical part of the program, the Python language was chosen. In the future, it is planned to support more languages of quantum instructions in order to make the system more universal and convenient for researchers. It is important that the platform practically does not restrict the user and allows you to implement and test almost any quantum and hybrid quantum-classical algorithms.
It will be useful primarily for students,scientists and employees of research departments of companies that are engaged in quantum computing, quantum informatics and quantum programming.
“The creation of such a platform isan independent big task, - emphasizes Stanislav Straupe, head of the quantum computing sector at the Center for Quantum Technologies at Moscow State University. "The development and testing of quantum computing algorithms is necessary so that in the future, with the development of quantum computers, it would be possible to solve more and more complex problems of both scientific and applied nature."
To gain access, you mustregister on the website rcp.qotlabs.org. After approval, the user will have access to computing resources and APIs for communicating with a quantum computing device or its classic simulator.
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