Examples of using Quantum simulator in English and their translations into Chinese
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Thats why we call this a quantum simulator.
The quantum simulator will help provide all the information one needs in the blink of an eye.
A variety of business models could supply quantum simulators.
It shows how a quantum simulator can reproduce all kinds of exotic complex quantum behaviour.
This has never been seen experimentally in any quantum simulator.
A close up of a laser used in the quantum simulator to trap atoms for manipulation.
This is the principle behind quantum computers and quantum simulators.
The Innsbruck researchers plan to build a quantum simulator with up to 50 ions in the near future.
Quantum Simulator: To describe what they see in the lab, physicists cook up theories based on equations.
In July 2017, a group of U.S. researchers announced a quantum simulator with 51 qubits.
However, by developing quantum simulators, we may be able to understand these experiments better one day.
This achievement also opens possibilities forgraphene to act as what the researchers call a“relativistic quantum simulator.”.
The Quantum Development Kit ships with a quantum simulator which is capable of running Q.
The quantum simulator takes over the computationally complex quantum problems and the classical computer solves the remaining tasks.”.
The results, published 1 December in Science,show how quantum simulators are starting to live up to their promise as powerful tools.
This is all"highly exploratory,", and will require lots of further experimentingto figure out all the quantum simulator's applications.
Microsoft will be launching two versions of a quantum simulator in order to help developers to write code using these languages and run them.
In China, they're focussing on building a multi-satellite quantum network,and creating a quantum simulator to tackle scientific problems.
The programmable variational quantum simulator, on the other hand, offers individual building blocks with which many different houses can be built.
In another quantum paper,researchers in Austria report building the first working quantum simulator- kind of like a quantum computer, but different in scope.
Using a quantum simulator, Utrecht physicists Sander Kempkes and Marlou Slot were able to build such a fractal out of electrons.
The results,published on December 1 in Science show how quantum simulators are beginning to deliver on their promise as powerful tools.
Quantum simulators, which are special-purpose quantum computers, will help researchers identify materials with new and useful properties.
Discover new algorithms, protocols and fields of application for quantum simulators, computers and communication networks, to analyze and design useful chemical processes.
Quantum simulators are not just good for efficiency in processing times, but they are the“natural” choice to simulate simple and complex systems in nature.
Microsoft intends to embed its quantum hardware in Azure, running a quantum simulator to help test quantum code before its deployed to actual quantum computers.
Quantum simulators will aim to resolve some of the outstanding puzzles in material science and allow us to perform calculations that would otherwise be impossible.
One of his suggestions has been to build a quantum simulator with cold atoms and use it to research hitherto unexplained phenomena in high temperature superconductors.