Curated materials for quantum computing, blockchain development, consciousness research, and interdisciplinary studies
Type-safe quantum programming in Haskell with linear types for no-cloning enforcement and circuit simulation.
Mathematical models of consciousness evolution through AGDEF theory and information-theoretic approaches.
Interactive exploration of modified gravity theories as alternatives to dark matter with visual simulations.
Digital grimoire preserving hermetic principles, Kabbalah, alchemy, and esoteric traditions through interactive study.
Functional quantum programming with no-cloning enforcement and circuit simulation capabilities.
Explore ProjectMathematical exploration of consciousness dynamics and AI awareness through theoretical physics.
Read ResearchInteractive exploration of hermetic philosophy, esoteric traditions, and mystical teachings.
Enter GrimoireOfficial template for creating new Substrate-based chains, providing a solid foundation for blockchain development.
Learn Haskell for quantum computing with real-world examples and type-safe circuit implementations.
Official JavaScript library for interacting with Polkadot and Substrate-based blockchains via RPC.
Mathematical frameworks and Haskell implementations for modeling consciousness dynamics and information theory.
Smart contract development for Polkadot parachains using the ink! framework with Rust.
Interactive tools and visualizations for exploring MOND dynamics and emergent gravity theories.
Comprehensive guide to Rust programming with practical examples for systems and blockchain development.
A comprehensive introduction to functional programming in Haskell with mathematical foundations.
Comprehensive introduction to quantum computing with practical algorithms and implementations.
Exploration of consciousness from quantum mechanics and information theory perspectives.
Follow our research across quantum computing, consciousness studies, and interdisciplinary investigations.
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