The New South Wales government has financed a new initiative to get college students who are quantum computing.
The Australian University of Sydney (UNSW), the University of Macquarie and the Sydney Quantum Academy (SQA) of the University of Sydney's Sydney Quantum Academy (SQA) will support the support of 15.4 million euros in Sydney Communities throughout the four Universities.
It will also be used to link students to links with the sector and research; They support the development of startup quantum technologies; and promote it as Sydney's quantum computing center.
Funded by the NSW government, in line with today's university and future industry, the SQA's total investment is about $ 35 million.
"Our new investments will ensure a great quantum engineer, expert software and technician pipes to build and program these incredible machines when technology becomes a reality," said Deputy Minister John Barilaro.
"SQA is the key player in the global technology industry to secure investments and attract the best NSW scientists around the world".
Barillo believes that the role of each quantum computation has been created, with about five indirect jobs created.
"This is an exciting collaboration between NSW high schools, which has a strong force in quantum and engineering science," said Matt Kean, Minister of Innovation, NSW.
"Most of our international competitors have only one quantum science, but here, in Sydney, our universities have many strengths, such as silicon quantum computing, topological quantum computing, captured ions, quantum software and nanodiamonds."
Physicists use this code to reduce the quantum error in the logic doors
This week, USyd scientists announced the errors detected in the logic doors of the quantum computers and abandoned them using a code designed specifically.
Quantum logic is composed of the doors of quantum networks. Quantum number small (qubits). Numerical computers are switches that run algorithms for information process and calculations.
"This is actually the quantum theory of quantum theory in quantum theory," said Robin Harper, ARC Excellence Center, for Quantum Systems engineers.
Harper, along with Steven Flammia, together with the Physics School and the Sydney Nano Institute, used IBM's Quantum Computer to test error detection codes.
The university said that magnitude improvement order has been shown to reduce infidelity – error rates – at quantum logic doors.
Using errors in the detection and removal of errors in the quantum IBM device, Harper and Flammia have lowered the error rates from 5.8% to 0.60%. Thus, in less than 20 quantile doors, 200 would fail.
"This is an important step in the development of quantum fault tolerance in quantum systems," said Harper.
"These experiments have the theoretical capability to detect defects in the operation of logic doors through quantum codes that are beneficial in today's devices, and the construction of large-scale quantum computers."
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