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Stim (https://github.com/quantumlib/Stim) is a tool for simulating quantum stabilizer circuits. This video goes over a few examples ...

Black Holes and Quantum Error Correction - part 1 Speaker: Christopher AKERS (MIT, USA)

Quantum computers are inherently noisy, and quantum error correction is essential if we're going to achieve fault-tolerant ...

Introduction to concept of error correction; motivation; differences between classical and quantum error correction; bit and phase ...

Today, IBM operates the world's only fleet of utility-scale quantum computers — devices capable of performing calculations so ...

(c) Big Think / Full video: https://www.youtube.com/watch?v=laGXRs9Ce70 Brian Cox dives into the fascinating parallels between ...

Miro Urbanek presents "Mitigating Noise on Quantum Computers," at Berkeley Lab's 2021 Computing Sciences Area Postdoc ...

Quantum Error Correction 4 Speaker: Ben CRIGER, Ciaran RYAN-ANDERSON - Gottesman-Knill and Eastin-Knill Theorems ...

XOR as parity check operation between two Boolean variables; using parity check to construct the error diagnosis and recovery ...

Spring School on Superstring Theory and Related Topics | (smr 3833) Speaker: Christopher AKERS (MIT, USA)

Welcome to Circuit Breaker, the biweekly recap of IBM's latest innovations and research. This week we discuss IBMs plans to ...

continued discussion of classical linear codes from the previous lecture. Parity check matrix; codewords as vectors living in the ...

Black Holes and Quantum Error Correction - part 2 Speaker: Christopher AKERS (MIT, USA)

Error diagnosis for bit flip errors in 3-qubit repetition code via syndrome measurements; recovery operations. Phase flip errors ...

Neem Seminar (online) delivered at IUCAA on July 7, 2020. Abstract: Research in AdS/CFT has shown that quantum error ...

Quantum Error Correction 1 Speaker: Ben CRIGER, Ciaran RYAN-ANDERSON - Intro to QEC (No cloning, errors are continuous, ...

Quantum computers are powerful—but fragile. Even the tiniest noise or error can ruin a calculation. ❌ That's why Quantum Error ...

Martin Kliesch Foundations for estimating Pauli noise in quantum error correction https://arxiv.org/abs/2209.09267 ...

I introduce the stabilizer formalism for quantum error correction, using Shor's nine-qubit code as an example. I explain why ...