Blog: Existential types
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Universal and Existential Quantification in Haskell
Did you know that both universal and existential quantification are possible in Haskell? In this article, we show you where these quantifications can be useful and how to use them.
- haskell
- machine learning
- serokell
- rust
- elixir
- haskell in production
- blockchain
- introduction
- algorithms
- edsl
- erlang
- ghc
- neural networks
- web development
- computer science
- data science
- elixir tutorial
- functional futures
- mathematics
- resource guide
- tezos
- elixir in production
- lorentz
- parsers
- smart contracts
- dependent types
- elixir software
- functional programming
- haskell software
- history
- library
- metaprogramming
- nix
- remote work
- rust in production
- template haskell
- typescript
- agda
- computer vision
- deep learning
- formal verification
- ml resources
- what's that typeclass
- big data
- conferences
- idris
- image generation
- learn haskell
- logic
- ml applications
- open source projects
- phoenix
- top projects
- trends
- type families
- ai ethics
- biotech
- dependent haskell
- ecto
- education
- events
- generative ai
- ml algorithms
- morley
- no code
- ocaml
- optimization
- outsourcing
- pattern recognition
- physics
- rust software
- rust tutorial
- scala
- testing
- ton
- topology
- transformers
- webassembly
- women in tech
- ai
- cardano
- cnn
- compilers
- coq
- cryptography
- data analytics
- data mining
- design
- dlt
- existential types
- feature engineering
- fintech
- free monads
- game development
- genetics
- github
- gitlab
- gleam
- gpt
- higher-rank types
- hobby
- icfpc
- lambda calculus
- lean
- lisp
- michelson
- ml
- ml ideas
- ml projects
- mtl
- nlp
- purescript
- quantum computers
- random numbers
- reason
- serokellchat
- servant
- signal processing
- supervised learning
- support vector machine
- tagless final
- text analysis
- text-to-speech
- unsupervised learning
- web summit
- web3
+ More