Environmental Science

A working mental model of the cosmos — how we actually know what we know (light, telescopes, spectra), what the solar system, stars, and galaxies are, how the universe began, and how the search for other worlds and life is going. The trunk gives you the full map; clusters dive into the naked-eye sky, observatories, the sun, the planets, black holes, cosmology, and alien worlds.

A comprehensive curriculum spanning the major domains of psychological science — from the biological underpinnings of behavior to the social forces that shape identity, from cognitive architecture to clinical intervention. Learners progress from foundational concepts through empirical methods, cognitive and developmental frameworks, social and personality dynamics, behavioral and clinical applications, and finally into positive and applied psychology. The curriculum emphasizes both scientific rigor and real-world relevance, equipping learners to think critically about human behavior in personal, professional, and societal contexts.

How markets, brokers, and order books actually work — and what the evidence says about trying to beat them. The trunk covers market mechanics, asset classes, leverage, and the risk math every participant needs; clusters dive into microstructure, execution, the retail arenas, sizing math, psychology, manias, and strategy evidence.

A comprehensive journey through economic thought and practice, from foundational concepts like scarcity and trade to advanced topics in behavioral economics, international finance, and development policy. This curriculum builds an economically literate individual who can dissect market dynamics, evaluate policy trade-offs, and interpret the economic forces shaping our world.

A comprehensive, 5-pillar curriculum that builds a complete mathematical education from foundational reasoning through advanced applications. Covers proof writing, algebra, trigonometry, the full calculus sequence, linear algebra, abstract algebra, discrete mathematics, probability, statistics, optimization, game theory, and mathematical modeling. Designed for polymaths who want deep mathematical fluency and strongest when paired with career tracks in data science, software engineering, or quantitative fields. The specific applications evolve but the mathematical structures — groups, spaces, measures, graphs — are eternal.

A comprehensive curriculum covering blockchain technology from foundational distributed ledger concepts through advanced Web3 development. Learners progress from understanding how blockchains work and why they matter, through cryptography, consensus mechanisms, smart contracts, DeFi protocols, NFTs, DAOs, and hands-on Web3 development. By the end, learners can evaluate crypto projects critically, read and reason about smart contracts, and build decentralized applications.