
Solve HackerRank problems using Haskell, covering topics from basic algorithms to advanced functional programming concepts like monads and brute-force techniques.

Explore F# fundamentals, from setup to advanced concepts like functors and computation expressions. Ideal for beginners and those seeking to deepen their functional programming skills.

Learn functional programming with Haskell, covering basics to advanced topics like monads, concurrency, and formal verification. Ideal for developers transitioning from imperative languages.

Explore A-infinity algebra objects in monoidal DG categories, their applications, and the Barr-Beck theorem analog for enhanced triangulated categories.

Explore monadic and comonadic aspects of dependency analysis, unifying calculi into a framework that addresses limitations of existing approaches and provides novel correctness proofs.

Explore the Monad design pattern in C#, covering value storage, function application, and automatic handling of effects for clearer problem-solving and function composition.

Explore effective error handling techniques in Rails, comparing approaches and leveraging conventions to improve application architecture and reliability.

Explore polyregular functions on unordered trees with bounded height, examining first-order interpretations, decidability of equivalence problems, and applications to graph classes with bounded tree-depth.

Explore the Free monad concept through live coding, understanding its origins, applications, and powerful impact on software development. Learn how to derive and utilize this abstraction for solving complex problems.

Explore functional programming's accessibility, debunking myths about complexity and math requirements. Learn effective teaching strategies and discover how to approach this paradigm with concrete examples and clear explanations.

Explore functional programming concepts and overcome fears of the unknown in this engaging talk on modern coding paradigms.

Explore advanced Haskell concepts and applications in this comprehensive symposium, featuring expert presentations and cutting-edge research in functional programming.

Explore advanced Haskell concepts and applications in this comprehensive symposium, featuring expert presentations and cutting-edge research in functional programming.

A whimsical exploration of monads in Clojure, inspired by Alice in Wonderland. Discover the importance of monads in functional programming through implementing Identity, Maybe, and State monads.

Explore 13 functional programming techniques through turtle graphics implementations, from partial application to interpreter patterns, in this comprehensive overview for FP-curious developers.

Explore Java 8's functional programming patterns through live coding exercises. Learn best practices, anti-patterns, and refactoring techniques for clean, maintainable code.

Dive into Java 8's complexities with puzzles on streams, lambdas, monads, Optionals, and CompletableFutures. Explore Java 9's new features through entertaining WTF moments and coding challenges.

Gentle introduction to Category Theory for OOP programmers exploring Functional Programming. Explains key concepts with diagrams, metaphors, and code examples in Java and Kotlin, comparing to classical OOP approach.

Gentle introduction to Category Theory for OOP programmers exploring Functional Programming. Explains key concepts with diagrams, metaphors, and code examples, comparing to OOP and showing real-world applications.

Discover best practices, patterns, and anti-patterns for functional programming in Java 8 through live coding exercises. Learn to write maintainable, readable, and elegant code using lambdas, streams, and monads.

Demystifying monads: Learn how these powerful interfaces can simplify complex programming concepts and enhance your coding skills.