Andi Sama·Apr 24Quantum Series: Quantum Computing — The Promise of Quantum Machine Learning/QMLPresented at the Bali AI Summit 2026 held in Bali, April 2026
Ran Buchnik·Mar 4Beyond ZNE: The Full Architecture of a Utility-Scale Quantum FilterIn our previous post, we showed how a classical trajectory discriminator extracted signal from a 133-qubit processor operating at ~99%…
SORA and SS256 project - we're moving over to note·Feb 17Not Human Factors, but Mathematical Absolutism — and How It Was Left Untouched Until NISQ Grover…Today, I came across an intriguing article.
Dr. Walid Soula·Feb 7A clear introduction for decision-makersLearn how quantum computers work, from early devices to fault-tolerant systems, explained for business leaders
InCoinsBenchbyDrraghavendra·Jan 19The Quantum Rails: A Contemplative Journey of Intelligence, Safety, and TrustIntroduction :
Andi Sama·Dec 15, 2025Quantum Computing: Are We Ready for the Future? — Transitioning from NISQ to FTQCFrom Noisy to Fault-Tolerant Quantum Computing
Brian N. Siegelwax·Dec 9, 2025IQM Kart: Radiance vs HaloceneWhich “item” should you use?A response icon1A response icon1
Kangkan Kalita·Aug 12, 2025Building a Noise-Aware Quantum Galton Board (QGB) in Qiskit — A NISQ-Era Quantum Computing ProjectA practical NISQ project : implementing, verifying and noise-testing a quantum Galton board (Quantum Walks & Monte Carlo)
InQuantum Computing and Machine LearningbyJay Pandit·May 13, 2025Quantum Generative Adversarial Networks — Qubits in Creative CompetitionTL;DR — QGANs pit a quantum generator against a quantum‑classical discriminator, training qubits to synthesize data distributions that…
