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Computers Without Memory - Computerphile
Automated Mathematical Proofs - Computerphile
Laziness in Python - Computerphile
Turing Machine Alternative (Counter Machines) - Computerphile
Turing Machines Explained - Computerphile
Programming for Lovers in Python: Self-Replicating Cellular Automata
Programming with Proofs - Computerphile
Cellular Automata in Python - Complexity From Simplicity
Square & Multiply Algorithm - Computerphile
Machine Code Explained - Computerphile
Binary Search Algorithm - Computerphile
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Last Updated: October 14, 2026
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Summary
Taking the theory of Deterministic Finite Continuing the exploration of Regular Expressions and Could a computer program find Fermat's Lost Theorem? Professor Altenkirch shows us how to get started with lean. EXTRA BITS ... Laziness is a virtue - well, in programming anyway! Professor Thorsten Altenkirch on how you can use the 'yield' to compute ... Computing with counters. How "counter machines" are as powerful as turing machines, albeit slightly more convoluted! Turing Machines are the basis of modern computing, but what actually is a Turing Machine? Assistant Professor Mark Jago ... This video is part of Programming for Lovers in Continuing our look at the Agda programming language, Professor Thorsten Altenkirch shows us how you can work with proofs, ... Today we learn how to implement Cellular How do you compute a massive number raised to the power of another huge number, modulo something else? Dr Mike Pound ... Explaining machine code from the ground up! Famous for 'Compiler Explorer,' Matt Godbolt's code has appeared before on ... Back to basics as Dr Mike Pound explains a simple but incredibly useful algorithm, binary search.