Uncoupling
Explore coupling in software systems, its impact on development, and strategies for effective uncoupling to improve system flexibility and maintainability.
The 2D Kitten Problem
Explores diversity in tech, challenging stereotypes and tokenism. Discusses strategies for meaningful inclusion and integration, emphasizing diversity's business and ethical advantages.
Kotlin 102 - Beyond the Basics
Explore advanced Kotlin concepts like generics, inline functions, and reified generics with expert Hadi Hariri in this in-depth presentation from GOTO Night Amsterdam 2018.
Computers are Stupid - Protecting "AI" from Itself
Explore AI security, adversarial learning, and ethical challenges in machine learning. Learn about vulnerabilities, biases, and privacy risks in AI systems, and potential solutions for robust and secure neural networks.
Achieving Functional Programming in Java
Explore functional programming in Java using the Lambda library, covering functors, monads, lazy evaluation, and more. Learn to leverage FP concepts in Java development.
Robot DJs - Better Spotify Playlists through Music Theory and Discrete Optimization
Explore music theory and discrete optimization to create better Spotify playlists. Learn how to teach computers playlist-making rules and build algorithms for generating cohesive, mood-setting song collections.
Cloud Performance Root Cause Analysis at Netflix
Explore Netflix's cloud performance analysis techniques, tools, and procedures for root cause identification across 150k instances, featuring open-source solutions for cloud-wide and instance-level optimization.
Programming Systems for Analog Hardware
Explore analog computing platforms and learn techniques for mapping programs to these substrates. Discover challenges, solutions, and potential applications in this emerging field of computational hardware.
When Less is More and More is Less - Trade-Offs in Algebra
Explore algebraic structures in functional programming, focusing on semigroups and semilattices. Learn their applications, trade-offs, and how to choose the right structure for your programming needs.
Teaching New Tricks to Old Programs Part 1
Explore new interpretations for functional programs, including hardware circuits and automatic differentiation. Learn techniques for overloading lambda and organizing interpretations in Haskell.
A Taste of Type Theory
Explore the foundations of type theory in programming, from algebraic data types to dependent types, with insights on mathematical connections and future developments in the field.
Matrix - Open, Secure, Decentralised, Real-Time Communication Across Networks
Explore Matrix: an open, secure, decentralized communication protocol. Learn key features, architecture, encryption, implementations, integrations, and real-world applications for cross-network messaging.
The Mathematician Who Cracked Wall Street
Explore how mathematician Jim Simons applied complex math to finance, revolutionizing Wall Street and using his success to support math education and scientific research.
Epidemics and the End of Humankind
Explore infectious disease modeling with Dr. Rosalind Eggo as she examines past pandemics, explains key concepts, and discusses the potential for future outbreaks using science and humor.
The Kakeya Needle Problem for Rectifiable Sets
Explore the Kakeya needle problem for rectifiable sets, covering basic theorems, discrete sets, differential structures, and dimensions, with insights from mathematician Marianna Csőrnyei.
The Stability of Black Holes with Matter
Explore the stability of black holes with matter in this advanced mathematics lecture, covering spacetime, light cones, and gravitational electromagnetic radiation.
Mathematics and the Quest for Vaccine-Induced Herd Immunity Threshold
Explore mathematical models for vaccine-induced herd immunity, analyzing factors like R0, vaccine efficacy, and population heterogeneity to understand COVID-19 implications and future research directions.
Families
Explore hyperbolic geometry, from asteroids to higher dimensions, in this engaging lecture on mathematical families and their fascinating properties.
Euclidean Lines on Hyperbolic Manifolds
Explore Euclidean lines on hyperbolic manifolds, from basic models to complex surfaces, with insights on rigidity theorems and dynamical systems in this advanced mathematics lecture.
Emergent Behavior in Collective Dynamics
Explore emergent behavior in collective dynamics, from opinion formation to flocking. Learn about alignment, communication kernels, and hydrodynamic descriptions in various fields like biology and crowd dynamics.
Field Patching and Algebraic Structures
Explore field patching techniques and their applications in algebraic structures, number fields, and algebraic groups, with insights on local-to-global principles and modern developments.