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GPU programming is a completely different computational paradigm compared to developing on a CPU. Threads execute in lockstep. Memory hierarchies are explicit. Serialization is everywhere. Here's your gateway into the architecture and optimization patterns that power video games and modern AI.
How do pioneers create something from nothing? The answer isn't genius or luck. It's mastery of first principles. An exploration of how Einstein, Descartes, and Newton built revolutionary ideas from foundational truths.
Exploring how Kurt Gödel shattered David Hilbert's dream of perfect mathematics by proving that any consistent formal system contains unprovable truths. Applying the profound implications for human knowledge, the limits of self-understanding through strange loops and consciousness, the incompleteness of moral systems, and why this isn't pessimistic.
Unwinding the esoteric architecture of modern filesystems, from the fundamental question of what a 'file' even is to your operating system. Exploring how inodes, superblocks, and bitmaps organize raw bytes into the familiar hierarchy we navigate daily, and examining performance optimizations like indirect pointers, extents, journaling, and block groups that make modern storage reliable and fast.
Exploring the King's Gambit, one of chess's most aggressive openings that sacrifices a pawn for rapid piece development. Examining why this high-risk strategy embodies the razor-thin margin between domination and disaster, and how imperfect openings like this force players away from memorization and into genuine critical thinking as early as move 5.
A deep dive into recent OpenAI research exploring the mathematical foundations behind why large language models hallucinate. Examining how pre and post-training limitations create unavoidable and magnified errors, and how binary evaluation methods inadvertently encourage overconfidence in models.
A detailed worklog of building an ultra-low latency orderbook in C++ from scratch, exploring the journey from a naive 635K orders/sec implementation to nearly 2M orders/sec. Diving into memory pooling to avoid syscalls, cache-friendly data structures, struct alignment, branch prediction hints, and strategic inlining to squeeze out every microsecond of performance.
Unpacking Aristotle's Nicomachean Ethics and its exploration of happiness, morality, and virtue. Examining how Aristotle argues that happiness comes from virtuous activity, how moral virtues are cultivated through practice and finding the mean between extremes, and why friendships based on goodness represent the highest form of human connection.
A deep dive into groundbreaking research that breaks the time complexity lower bound for single-source shortest path algorithms. Fleshing out how researchers combined Dijkstra's algorithm with Bellman-Ford through an innovative frontier-reduction technique to achieve faster runtimes using divide-and-conquer and bounded multi-source shortest path strategies.
Analyzing how Benoit Mandelbrot's revolutionary application of fractal mathematics and power laws to financial markets challenged traditional models. Examining how self-similar patterns and scale-invariant behavior can predict market crashes that normal distributions deem impossible, and how firms leverage these insights for risk management and profit.
Exploring Epictetus's stoic philosophy on living a meaningful life, from his teachings as a former slave in ancient Rome. Examining core principles like finding happiness internally rather than through external validation, embodying virtue through action rather than just understanding it intellectually, and how discipline leads to true freedom.
A personal introduction and what to expect.