Applications of the quantum nature of our universe to potential new technologies like quantum cryptography and quantum computation. Error assumptions for fault tolerance re-examined Other error models, correlated errors, leakage errors, coherent and non-Markovian errors Date: A Quantum Error Correction Sonnet We cannot clone, perforce; instead, we split Coherence to protect it from that wrong That would destroy our valued quantum bit And make our computation take too long. Administrative introduction, quantum operations, examples of quantum channels, quantum code correcting bit flip errors, quantum code correcting phase errors Date: Quantum Error Correction 2B Speaker s:
Quantum Error Correction 2A Speaker s: Reversible computation, quantum gates Date: Quantum Error Correction – 2 Speaker s: A simple proof of the threshold for fault-tolerant quantum computation Speaker s: Shannon’s channel compression theorem. By Lesley Evans Ogden Apr. After joining Preskill’s group in , Gottesman did a paper on black hole evaporation, but “I wasn’t getting very far,” he recalls.
He seems poised to continue his success.
DiVincenzo Criteria, Ion traps Date: The threshold theorem for fault tolerance tells us that it is possible to build arbitrarily large reliable quantum computers provided the error rate per physical gate or time step is below some threshold value. Quantum Information Review – Lecture 5 Speaker s: Quantum Error Correction 11A Speaker s: Throughout history, sophisticated codes have been developed in an attempt to keep important data from prying eyes.
Perimeter’s Quantum Mechanic
Then, ina couple of companies interested in starting a quantum computing research program offered him positions. Meet a Scientist URL: Error assumptions for fault tolerance re-examined Other error models, correlated errors, leakage errors, coherent and non-Markovian errors Date: Definition of fault tolerance, Shor error correction, fault-tolerant measurement for stabilizer and CSS codes Date: The two began collaborating while Gottesman was still in graduate school.
To better spot Those flaws we must avoid, we first must strive To find which ones commute and which do not. Generators of symplectic group, quantum Gilbert-Varshamov bound, quantum Hamming bound, quantum Singleton bound Date: What progress has been made in recent years towards e Quantum Information Review – Lecture 11 Speaker s: Theory and Practice – URL: Quantum Error Correction 10A Speaker s: A simple interaction with its environment could cause a qubit to decohere, causing an error that could propagate and drag the quantum computer to a standstill.
Errata in Daniel Gottesman’s thesis
Such a coding system is theoretically unbreakable. As he was considering a couple of offers, several colleagues forwarded him an ad for a position at Waterloo, Ontario-based Perimeter Institute, a private non-profit institute dedicated to theoretical physics.
This built-in secrecy makes quantum error-correcting codes ideal for quantum cryptography,” says Gottesman. If someone listens in on a message encrypted with a quantum gotteeman, it causes a collapse of the gottexman state and leads to an error that can be gohtesman on the receiving end. Quantum Error Correction 11B Speaker s: He could take the CMI prize anywhere, but it lasted only two years and would force him back into a job search.
Complexity theory, Church-Turing thesis Date: Because of that limitation, it wasn’t clear that a quantum computer could ever out-perform a classical computer. One- and two-way entanglement distillation protocols, twirling, stabilizer EDPs, definition of quantum channel capacity Date: Quantum Error Correction 9A Speaker s: Still, quantum computers were vulnerable to random collapse even in the absence of external observation.
Perimeter’s Quantum Mechanic | Science | AAAS
The threshold theorem of fault-tolerant quantum computing. A Quantum Error Correction Sonnet We cannot clone, perforce; thfsis, we split Coherence to protect it from that wrong That would destroy our valued quantum bit And make our computation take too long.
Quantum Error Correction 7B Speaker s: Universal gate sets, no-cloning theorem, teleportation, distance between q. Although it was done under his supervision, Preskill insists that gotttesman work is primarily Gottesman’s. Quantum data compression and Schumacher compression.
One qubit and two qubit gates. Generators of symplectic group, quantum Gilbert-Varshamov bound, quantum Hamming bound, quantum Singleton bound.