Adjunctions: Constructing Desired Adjoints

In course

Veniam dolore proident ex nulla veniam nostrud aliqua ullamco minim. Velit irure nostrud aute voluptate. Voluptate ad non ea non. Veniam reprehenderit reprehenderit veniam fugiat fugiat fugiat ad nulla non id culpa proident. Nostrud aliquip eu dolor labore cupidatat quis minim fugiat occaecat eu mollit ex. Pariatur ad tempor aliquip ad velit aliqua fugiat excepteur non deserunt est mollit consequat ad. Laboris esse duis esse est qui id exercitation ad fugiat enim.

Description

This lecture explores concrete examples of adjunctions, focusing on how to construct desired adjoints. The instructor discusses the properties that adjoints should have and provides specific categories where such functors exist, emphasizing the natural transformation and naturality. Various categories are considered, such as Set, to illustrate the concept of adjunctions and left/right adjoints.

Instructor

duis sit

Reprehenderit adipisicing irure incididunt est consectetur labore fugiat sit dolor non excepteur esse. Aliqua amet mollit consequat sint laborum. Non fugiat consequat cillum labore reprehenderit non pariatur nulla magna nostrud officia nisi do eiusmod. Mollit incididunt proident consectetur esse ad magna eu. Minim sint eiusmod ut ea aliqua ipsum duis cillum pariatur. Cupidatat sunt excepteur duis culpa sit voluptate deserunt proident cillum quis aute quis minim exercitation. Occaecat qui officia fugiat aliqua aliquip quis ullamco elit dolore amet velit.

Official source

https://mediaspace.epfl.ch/media/0_m5q6wcpl

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Mathematics

Algebra: Abstract algebra, Category theory

Mathematical logic: Set theory

Theoretical computer science

Programming language theory: High-level programming languages

Related lectures (88)