YoVDO

Generalizing Payment as Types - Haskell-Based Specification for Continuous Money Transfer

Offered By: Code Sync via YouTube

Tags

Haskell Courses Blockchain Development Courses Functional Programming Courses Payment Systems Courses Smart Contracts Courses Type Theory Courses

Course Description

Overview

Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only!
Explore a conference talk from Lambda Days 2022 that delves into generalizing payment as types. Learn how Miao ZhiCheng, CTO and co-founder of Superfluid, presents a novel approach to payment systems. Discover how Superfluid has expanded the concept of discrete money transfers to continuous money units, enabling one-to-many transactions on various EVM blockchains. Understand the importance of creating a specification using Haskell for faster prototyping and potential porting to different blockchain implementations. Gain insights into why Haskell was chosen for its purity, strong typing, conciseness, and suitability for abstracting and specifying protocols. Explore how this approach brings the Superfluid protocol closer to formalizing concepts, potentially revealing deeper relationships between entities, interaction patterns, and category composability in financial systems.

Syllabus

Generalizing Payment as Types | Miao ZhiCheng | Lambda Days 2022


Taught by

Code Sync

Related Courses

Radical and Type Theories in Organic Chemistry (1832-1850) - Lecture 22
Yale University via YouTube
Introduction to programming with dependent types in Scala
Stepik
Uncovering the Unknown - Principles of Type Inference in Programming Languages
ChariotSolutions via YouTube
Univalence from a Computer Science Point-of-View - Dan Licata
Institute for Advanced Study via YouTube
Univalent Foundations and the Equivalence Principle - Benedikt Ahrens
Institute for Advanced Study via YouTube