A comprehensive guide to AGENTS.md and SKILLS.md - the open standards for configuring AI coding agents. Learn setup, usage, best practices, and how they impact context windows.

A comprehensive research-based guide to fine-tuning LLMs, covering techniques like LoRA, QLoRA, and DPO, with hands-on tutorials for Google Colab, Unsloth, LM Studio, and Ollama.

An exploration of cognitive biases, the systematic patterns of deviation from rationality in judgment, and how they shape human decision-making in ways we rarely recognize.

Explore the fascinating psychological phenomenon of pareidolia, the tendency to perceive faces in random objects, and discover why our brains are hardwired to find humanity in everything from toast to clouds.

A comprehensive exploration of DNA, from its discovery and molecular structure to its role in heredity, modern genetic technologies, and the revolutionary applications reshaping medicine and biotechnology.

A deep dive into the human microbiome, exploring how the trillions of microorganisms living in and on our bodies fundamentally shape our immune system, mental health, and metabolic processes in ways that challenge our very definition of what it means to be human.

An exhaustive exploration of Christian church history spanning two millennia, tracing the faith's journey from its Jewish roots in first-century Palestine through the apostolic age, persecution, theological councils, medieval power struggles, Reformation, and into the modern ecumenical movement.

Discover the intricate literary architecture underlying Scripture—chiasms, parallelism, and symbolic numbers that reveal deeper layers of biblical meaning.

Explore mind-bending mathematical paradoxes that challenge everything you thought you knew about logic, infinity, and probability. From Banach-Tarski to Russell's Paradox, discover why mathematics sometimes seems to contradict common sense.

Discover how topology reveals that a coffee cup and a donut are fundamentally the same shape, explore strange mathematical objects like Klein bottles and Möbius strips, and understand how these concepts power modern applications in data science, physics, and beyond.

A deep dive into the extraordinary physics of black holes—from Einstein's predictions to Event Horizon Telescope images and gravitational wave detections.

An in-depth exploration of quantum superposition, the fundamental principle that allows particles to exist in multiple states simultaneously, backed by experimental evidence and theoretical frameworks.