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During this talk you will discover the so-called optic algebras, namely APIs that distill the algebraic essence of optics, and allows you to describe the data layer of your system in such a way that it can later be interpreted into particular data infrastructures -including, but not restricted to, immutable data structures.
You will then learn how optic algebras are implemented as natural transformations, which become essential to enable composability, analogously to the composition benefits that emerge with van laarhoven or profunctor representations at the in-memory level.
Finally, you will explore the architecture of Stateless, a Scala library that collects optic algebras and utilities to deal with them.
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Jesus Lopez Gonzalez
Jesus is a PhD student at Habla Computing (Madrid), where he tries to take academic functional programming knowledge to the development of real-world systems in industry.