ACT 2020 Tutorial: The Yoneda lemma in the category of matrices (Emily Riehl)
Recording of the second tutorial of the Applied Category Theory 2020 remote conference. Main website: https://act2020.mit.edu/ More tutorials in this playlist: • ACT 2020 Tutorials Title: The Yoneda lemma in the category of matrices Speaker: Emily Riehl Abstract: The fundamental theorem of category theory is indisputably the Yoneda lemma, though on first acquaintance its statement is forbiddingly obscure. This talk will introduce the Yoneda lemma by describing its implications in the category whose objects are natural numbers and in which a morphism from n to m is an m x n matrix.

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ACT 2020 Tutorial: Introduction to Applied Category Theory (David Spivak)

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Emily Riehl: Synthetic perspectives on the Yoneda lemma

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Prof. Emily Riehl | Formalizing invisible mathematics: case studies from higher category theory

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Emily Riehl: Formalizing post-rigorous mathematics

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Emily Riehl Makes Infinity Categories Elementary

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How the Yoneda lemma applies

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The synthetic theory of ∞-categories vs the synthetic theory of ∞-categories - Emily Riehl

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Mindscape 146 | Emily Riehl on Topology, Categories, and the Future of Mathematics

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Lambda World 2019 - A categorical view of computational effects - Emily Riehl

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Representables and Yoneda 1

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A Categorical View of Computational Effects

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ACT 2020 Tutorial: Monads and comonads (Paolo Perrone)

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Applied Category Theory

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David Spivak - Category Theory - Part 1 of 6 - λC 2017
![Nonetheless one should learn the language of topos: Grothendieck... - Colin McLarty [2018]](https://i.ytimg.com/vi/vmcbm5FxRJE/hqdefault.jpg?sqp=-oaymwEjCNACELwBSFryq4qpAxUIARUAAAAAGAElAADIQj0AgKJDeAE=&rs=AOn4CLDxcGsonRbSJy6Y5Z5BU-4_V5fXew)
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Nonetheless one should learn the language of topos: Grothendieck... - Colin McLarty [2018]

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How I became seduced by univalent foundations

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What is Category Theory in mathematics? Johns Hopkins' Dr. Emily Riehl explains

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Emily Riehl | Feb 16, 2021 | Elements of ∞-Category Theory

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The Yoneda Embedding Expresses Whether, What, How, Why

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