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 barghouthi.github.io
A Quantum Circuit Simulator in 27 Lines of Python ยท
| | www.kuniga.me
The Deutsch-Jozsa Algorithm
1.7 parsecs away

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| | NP-Incompleteness: Introduction to quantum computing and the Deutsch-Jozsa Algorithm
| | blog.sigfpe.com
A Neighborhood of Infinity: Monads, Vector Spaces and Quantum Mechanics pt. II
4.0 parsecs away

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| | [AI summary] The author writes a Haskell blog post exploring quantum mechanics as a generalization of probability theory by implementing and simulating quantum algorithms like the quantum Zeno effect using custom monads.
| | ashishpanigrahi.com
Hello, World in Qiskit
2.0 parsecs away

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| | [AI summary] A tutorial introduces quantum computing basics using Qiskit by creating and running a simple 'Hello, World' circuit to demonstrate quantum state measurement.
| | entangledlogs.com
Quaternions | Entangled Logs
24.0 parsecs away

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| To visualize quaternions in the fanciest way, visit Ben eater, Quaternion. Euler angles suffer from a problem of gimbal lock. When rotating around a 3-perpendicular axis in euclidean space, if either two of these axes align i.e becomes parallel, it causes gimbal lock. Once the object is locked, the object will lose one degree of freedom for rotation. This video provides an intuitive explanation of the problem. Pitfalls When converting the Euler angle to a quaternion, it will lose some information.