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 keymaterial.net
A very unscientific guide to the security of various PQC algorithms - Key Material
| | www.johndcook.com
Bitcoin keys and elliptic curve secp256k1
4.1 parsecs away

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| | The Bitcoin key mechanism is based on elliptic curve cryptography over a finite field. This post gives a brief overview.
| | windowsontheory.org
Structure vs. Combinatorics in Computational Complexity - Windows On Theory
3.6 parsecs away

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| | (Also available as a pdf file. Apologies for the many footnotes, feel free to skip them.) Computational problems come in all different types and from all kinds of applications, arising from engineering as well the mathematical, natural, and social sciences, and involving abstractions such as graphs, strings, numbers, and more. The universe of potential algorithms...
| | blog.lambdaclass.com
What every developer needs to know about elliptic curves
3.5 parsecs away

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| | Elliptic curves (EC) have become one of the most useful tools for modern cryptography. They were proposed in the 1980s and became widespread used after 2004. Its main advantage is that it offers smaller key sizes to attain the same level of security of other methods, resulting in smaller storage
| | blog.sigfpe.com
A Neighborhood of Infinity: Monads, Vector Spaces and Quantum Mechanics pt. II
26.4 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.