Shopping List

• ☐ The Palindrome
• ☐ Adonit Pencil
• ☐ Jamox Alpha Base Groovebox
• ☐ Practical Cryptography
• ☐ The Visual World of Shadows
• ☐ Practical Math For Programmers
• ☐ Wizardzines
• ☐ PGMagic for Mac
• ☑ CineStill 800 36mm Film
• ☐ Himitsu Bako

News

• Z Serge
• Paul Graham
• MIT Technology Review
• IEEE Spectrum
• UNZIP.DEV
• madhadron
• The MIT Press Reader
• A Collection of Unmitigated Pedantry
• Yale Review
• 032c Magazine
• Staatliche Museen Berlin
• Public Domain Review
• Quanta Magazine
• Big Think
• Matthew N. Bernstein
• Freedom to Tinker
• Security Pitfalls

Tools

• The Unix Game
• 3D Grapher
• Bézier Curve Lab
• Fourier Transform Lab
• ffmprovisr
• Perplexity GPT

InfoSec

• Web Race Conditions
• Protohackers Learnings
• The Marvin Attack
• RPISEC Conf Resources
• Discover Subdomains of a Domain
• WiFi Setup
• Setting Up Flipper WiFi Board

Graphics

• A Journey Into Shaders
• 30FPS
• Jonathan Shewchuk Web Page yummy-code
• The Next Generation in Graphics, Part 1

Lectures

• Linear Algebra, MIT, Spring 2010
• Principles of Functional Programming, Carnegie Mellon, Summer 2023
• Standford AI Courses, Fall 2019
• Structure and Interpretation of Computer Programs, UC Berkeley, Fall 2022
• The Fourier Transform and its Applications, Standford, EE261
• Single Variable Calculus, MIT, Fall 2010
• Systems Explained by Humberto Maturana

Math

• Fractals, Chaos, Self-Similarity
• Math for kids outside of the Calculus Sequence
• Hilbert Transform
• Fourier Transform
• Sin/Cos Lab
• Mathematics For The Adventurous Self-Learner
• Grant Sanderson's Video Lessons Covering Calculus, Linear Algebra, And Otjer Topics
• A Programmer's Introduction to Mathematicsbook

Geometry

• Geometry Topics web-book
• Statistical Geometry

Physics

• Why is Maxwell's Theory So Hard to Understand?
• Quantum Physics Falls Apart Without Imaginary Numbers hn
• Einstein’s Philosophy of Science

ML

• The Illustrated Transformer
• The Perceptron Circuit
• Data Science Handbook
• Embeddings: What They Are And Why They Matter
• MIT 6.S191: Recurrent Neural Networks, Transformers, and Attention hn
• A Straight Line to Deep Learning book
• ELI5 Transformers hn

C / C++

• My Review Of The C Standard Library In Practice
• Memory Allocation memory
• A Not-So-Quick Introduction To The C++ Allocator Model memory
• A Simple Hash Table In C data-structs
• C Is Not a Low-level Language
• New C features in GCC 13 memory
• Let's Write A DB
• Cross-compiling From Linux To aarch64-apple-darwin
• Crafting Makefile for a C Project
• Learn Makefiles With The Tastiest Examples
• My Favorite C Compiler Flags During Development

Let's Write X

• Learn X in Y minutes
• Writing A Linux Debugger
• A C Compiler in 512 Bytes hn
• Let's Write A DB
• Let's Write Redis Clone

High Performance

• Lensm, A Tool for Viewing Disassembly
• Base64 Encoding, Explained
• Peephole Optimizations
• Four Kinds Of Optimization
• Arithmetic in Computer Hardware
• A Close Look at a Spinlock
• Fast BTree Queries
• Readings in Database System
• Lockless Algorithms
• The Power Of Bitwise
• A Collection of Lock-Free Data Structures Written in Standard C++11 hn
• Rewriting a High Performance Vector Database in Rust
• Algorithms for Modern Hardware
• Welcome to the Performance-Aware Programming Series

Computer Vision

• How Color Vision Works
• What Is a Photon?
• A Short History Of Color Theory
• Convolution Kernels
• Introduction To Array Algebra
• Apple Vision & Bounding Boxes
• Converting CVPixelBuffer To OpenCV Mat
• Scale Invariant Feature Transform (SIFT)
• How Kernels Work
• Using Color For Real-Time Object Detection

ECON

• In One Lesson

Operating Systems

• Exploring Linux Command-line Space-Time
• Three Easy Pieces
• Reading Linux

DSP

• Sound Propagation

Home Server

• Self-Hosting Email
• A How-To

ThinkPad

• X220 Tips N Tricks

German

• Build An App to Learn Languages

Flipper

• Your First Programm

US Stores Delivering To Germany

• Nordstrom
• Saks Fifth Avenue