Lalana Gurusinghe·5d agoMatrices: the Machines That Move QubitsSubtitle: Quantum Computing & QML, Part 3: gates, observables, eigenvalues and the tensor product, explained as machines that bend arrows
Alex G. Lee·Oct 23Accelerating Quantum Error Correction with AI and Digital Quantum Computing: DecaQ Case Study…Executive Summary
Alain Airom (Ayrom)·Oct 23Can Bob help in Quantum Application Programming?Using Bob and Qiskit to build an end-to-end demonstration.
Aditya Pal·Oct 2Grover’s Algorithm: The Quantum Trick That Makes Searching Almost Instant.Suppose you are searching an unstructured database. As the number of entries in the database increases, the time complexity of finding the…
Kossay AL Nasser·Sep 20I Built Quantum Cryptography in Python — And Caught an Eavesdropper in the ActA hands-on project in quantum key distribution — from Qiskit simulation to real IBM hardware.
InTowards AIbyNaveen·Sep 11Why Quantum Computers Still Need Classical SupercomputersDiscover the essential hybrid architecture where classical supercomputers manage data, control, and error correction, enabling quantum…A response icon2A response icon2
InTowards AIbyNaveen·Sep 9Quantum Advantage in 2026: Breakthrough or Better Benchmarking?By 2026, quantum computing will likely achieve narrow, measurable advantages on specific problems. This article unpacks the hardware…
Priyamvada Priyadarshani·Sep 1Quantum Horizons: Breaking the Code from Schrödinger’s Theories to Tackling TSPPart 5 — Turning TSP into Math a Qubit Can Read
Priyamvada Priyadarshani·Aug 31Quantum Horizons: Breaking the Code from Schrödinger’s Theories to Tackling TSPPart 4 — Meet the Machines: Gate-Based, Adiabatic, and Quantum Annealing Computers
Algovista·Aug 24Implementing “Option Pricing using Quantum Computers” in Qiskit — Part 6: Section 5This is the final part of the series. Every option type from the paper (vanilla, portfolios, basket, Asian, barrier) has been built…
