QEC Aotearoa
     
Quantum Error Correction
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By David Glynn

Quantum computing is a new area that provides a way to progress to new levels of computational power using, not 17th century physics, but 20th century quantum mechanics. A main block to its use is the inherent instability of quantum systems due to an effect called decoherence, which ties together different parts of the quantum world. The theoretical way to get around
this problem is to extend classical coding theory, which corrects classical errors, to quantum error correction.

David in Aotearoa
Rey in Aotearoa
We have used some classical
ideas based on classical coding theory, going all the way back to the days of the first electronic computers of the 1940s and 1950s, but also produced some new ideas that use orderings of points in certain finite geometries to produce interesting codes and structures. These ideas are related to mathematical objects called graphs.
It is predicted that quantum computers will be an integral part of future society, speeding up the flow and analysis of information, eliminating or at least reducing the bottlenecks that certain kinds of hard problems cause It has also been claimed that it will make information flow more secure. However, we can certainly say that quantum coding
theory will play an essential, but perhaps behind the scenes role in any next generation of computers that use quantum mechanics as their principle.
Some Information
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Our Group
David Glynn (Principal Investigator and Coordinator, Christchurch NZ)
Aaron Gulliver
(Principal Investigator, Victoria Uni, Canada)
Manish Gupta (Arizona State Uni.), L.R.A. (Rey) Casse (Uni of Adelaide), Johannes. G. Maks (TU Delft) (see photo below) (Associate Investigators)
Our main contact address for further queries is:
QEC Project (Aotearoa),
Contact: dglynn "at" mac.com
See the Magenta link above for the latest preprints.


Visit my other links:
Quantum Computing OZ Quantum Group Karlsruhe Quantum Computing Oxford