#quantum error correction

[art-of-mathematics]

Bayesian Optimization & Quantum Computing

How Bayesian Optimization can help Quantum Computing become a reality

Interesting... One of my approaches to correct my cognitive processing via metacognition are very similar... The concept I could finally map fairly detailled some weeks ago, and reading articles on Quantum Bayesian Optimization now. .. well, I see very similar patterns, even with incredible amount of detail considered in both realm...

Emergent properties of error-correction algorithms in non-linear dynamical information systems (as form of self-organization)... could explain the similarity between cognition's underlying non-linear processing patterns - and quantum computing/ quantum information flows / quantum logic in general.

[businesscraftse-blog]

Quantum Computers Will Finally Be Useful: What’s Behind the Revolution

For most of the past twenty years, quantum computing was described as transformative—but perpetually distant. Experts frequently projected timelines of 20 to 30 years before machines could reliably outperform classical supercomputers on meaningful tasks. Breakthroughs in quantum error correction, 1,000-qubit processors, and rising gate fidelities suggest usable quantum computers could arrive…

Quantum Computers Will Finally Be Useful: What’s Behind the Revolution

[dibelonious]

Making quantum error correction work

[thequantumspaceorg]

Quantum Hardware Roundup — September 2025

Post-Quantum Readiness in Embedded and Semiconductor Platforms As September draws to a close, one theme is becoming impossible to ignore in the semiconductor sector: post-quantum cryptography (PQC) is no longer a future ambition, it is an immediate necessity. Across Infineon, NXP, and Microchip, we are beginning to see the first wave of PQC-ready microcontrollers, embedded controllers, and…

Quantum Hardware Roundup — September 2025

[thequantumspaceorg]

Decoherence Matters

PART 6: Decoherence: Quantum Communication’s Double-Edged Sword Quantum mechanics gives us remarkable tools for security: entanglement, no-cloning, and uncertainty all make eavesdropping fundamentally detectable. But alongside these advantages lies a constant adversary: decoherence. Decoherence is the process by which delicate quantum states lose their “quantumness” due to interaction with…

Decoherence Matters

[businesscraftse-blog]

Error Correction & Commercialization: Routes to Quantum Fault-Tolerance by 2029–2033

Quantum computing has long been described in the language of revolutions. Its potential to solve problems intractable for even the fastest classical supercomputers—modeling complex molecules, optimizing global logistics, breaking certain cryptographic codes. It has fueled billions of dollars in investment and a swelling chorus of industry hype. Explore the latest advances in quantum error…

Error Correction & Commercialization: Routes to Quantum Fault-Tolerance by 2029–2033

[laercarroll]

GENIUS or INGENIOUS scam - the Afghan physics student

GENIUS or INGENIOUS scam – the Afghan physics student

I never contribute money to sob stories, even when family or friends introduce them to me. Instead each month I contribute to three charities, one newspaper, and one politician. That’s all support I feel my modest retirement income allows.

There is one exception: support for an Afghan student studying in the US. I have checked it out in several ways and believe it is not a scam. Among the ways is

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[eka-mark]

my research is mainly driven by very simple questions

for instance, my interest in quantum computation in general and quantum error correction in particular stems from the question

"Is it possible for a plan to succeed with certainty?"