Prototype of Most Advanced of Current Types of Quantum Memory Presented by Two Kazan Universities


Staff Members of Kazan Federal University and Kazan Quantum Center of Kazan National Research study Technical University showed an initial design of a model of multiresonator broadband quantum memory-interface.

Teacher Sergey Moiseev, Director of Kazan Quantum Center, discusses, “The plan of multiresonator microwave quantum memory enabled reaching 16.3% of quantum performance at space temperature level, which was substantially much better than other current lead to the world for microwave quantum memory in electronic ensembles at helium temperature levels. We likewise revealed that quantum performance of such memory can be over 99% at adequately low temperature levels utilized in quantum computer system plans on superconducting qubits.”

This work of Kazan physicists can assist develop universal memory services for quantum computer systems on superconducting qubits, which is among the most essential jobs in this field today.

Quantum computer system, unlike the ones we are utilized to, runs in qubits which can at the same time consist of rational 0 and 1 due to quantum mechanics impacts and laws of quantum physics. Quantum computer system with an enough variety of functional qubits can take on goals for which normal binary reasoning computer systems require centuries.

In March 2018, a computing system of 2 superconducting qubits was developed in Russia; it can even more end up being the basis for quantum computer systems and information file encryption systems. In the laboratories headed by Mikhail Lukin( Harvard University) and John Martinis( Google), very first models of 500- qubit computer systems have actually been put together. In the nearby future, they are anticipated to display benefits that quantum computing has more than timeless binary computing.

Co-author of the paper at KFU Oleg Sherstyukov includes, “The primary accomplishments of these previous years in quantum computing on superconducting qubits have actually not just been related to the boost in the variety of engaging qubits however likewise with a substantial lengthening of a superconducting qubit’s life time– to 100 split seconds. Nevertheless, it’s difficult to increase this time even more since of essential laws of physics. Because regard, the issue of producing multi-qubit microwave quantum memory with an extended life time has actually ended up being really relevant.”

Russian and abroad researchers have actually been dealing with this subject for a number of years now. Teacher Moiseev includes that the most appealing accomplishments have actually been based upon the plan of photon echo on an ensemble of atoms, the one that was proposed and described by Kazanites. In 2010, staff members of Kazan Quantum Center showed that photon echo quantum memory can be developed in an optical resonator, which led the way to multi-qubit essential plans of quantum memory and its inaugural execution in microwave frequencies.

Source: Kazan Federal University

Recommended For You

About the Author: livescience

Leave a Reply

Your email address will not be published. Required fields are marked *