Lalana Gurusinghe·Oct 29Vectors: the Arrows That Hold a Qubit Quantum Computing & QML,Part 2: vector spaces, bases, the inner product and bra-ket notation, explained as arrowsA response icon1A response icon1
Hannan Munas·Aug 24I Ran Shor’s Algorithm on a Real Quantum Computer to Break RSA.A hands-on, honest tour of how quantum computing actually changes cryptography — Shor, Grover, and the post-quantum replacement.
Bishalbiswas Work·Jun 7Hello Quantum World, Your First Qubit with QiskitA simple introduction to “Hello World” code of quantum computing with qubits and Qiskit (IBM)
InCubedbyDrraghavendra·May 27Quantum-Classical Synergy: Designing the Future with IBM QiskitIntroduction :
Dhinesh Kumar Ganeshan·Apr 19Quantum-as-Code: AI Agents Edit Config, Not Code — A Safe Declarative Loop for Quantum…“Agentic AI fails in quantum computing when it tries to write circuits. It succeeds when it edits configuration.”
Parimisetty Sneha Deepika·Mar 15Stepping into the Quantum Era: A Beginner’s GuideTraditional computers process information using bits, which can represent either 0 or 1. This system works extremely well for most tasks we…
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%…
InBlock MagnatesbyDrraghavendra·Jan 21Resonance in the Dark: Orchestrating Quantum-Resilient Intelligence via IBM Qiskit Runtime…The 1830 Code in a 2026 Circuit: Orchestrating Battlefield Clarity through Quantum Morse Deciphering
InCoinsBenchbyDrraghavendra·Jan 19The Quantum Rails: A Contemplative Journey of Intelligence, Safety, and TrustIntroduction :
InCoinsBenchbyDrraghavendra·Jan 8The Hybrid Quantum-Classical Revolution: Bridging Worlds for Tomorrow’s BreakthroughsIntroduction :
