Ancient Civilizations
Comparative ancient history for early cities, states, scripts, trade networks, material evidence, source criticism, and knowledge-graph modeling.
A living collection of notes, references, fragments, models, and observations kept as external memory and working map.
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Comparative ancient history for early cities, states, scripts, trade networks, material evidence, source criticism, and knowledge-graph modeling.
Ancient Egypt as a Nile civilization: chronology, statecraft, writing systems, religion, architecture, art, daily life, archaeology, and digital Egyptology.
Ancient Sumerian civilization, history, city-states, writing system, religion, daily life, and contributions to human civilization.
Scientific anomalies as evidence that does not fit the current model, plus methods for separating weak signals, bad instruments, fraud, and genuine frontier questions.
Art as visual memory, material evidence, symbolic system, designed attention, and a graphable record of works, makers, media, collections, and interpretations.
Blogs, blogrolls, feeds, webrings, archives, IndieWeb discovery, and the craft of keeping independent web writing readable and connected.
Bookbinding as the craft, conservation practice, and material record of turning sheets into durable books with structure, handling behavior, provenance, and graphable object metadata.
Books as readable works, physical artifacts, bibliographic records, editions, collections, preservation objects, and durable nodes in a knowledge graph.
Category theory as a language for objects, morphisms, composition, functors, natural transformations, universal properties, adjunctions, monads, semantics, databases, and applied structure.
Consciousness as subjective experience, reportable awareness, attention, agency, neural evidence, philosophical boundary problem, and AI-era moral-status question.
Data sources are the provenance, licensing, schema, freshness, and access layer behind reliable datasets, archives, APIs, catalogs, and knowledge graphs.
Data storage, backups, fixity, archival media, preservation formats, restore discipline, object storage, and long-term data stewardship.
Data visualization as the craft of turning measurements, relationships, uncertainty, and comparisons into readable visual evidence.
Design turns intent, evidence, constraints, and systems into usable visual, informational, interactive, and physical form.
Domain names as durable internet identifiers: DNS, registries, redirects, canonical URLs, email trust, certificates, provenance, and web identity.
GitHub repository quality as a public trust surface for source code, documentation, releases, automation, security, licensing, provenance, reproducibility, and discovery.
GPU programming for CUDA, ROCm, OpenCL, WebGPU, ML kernels, memory hierarchy, profiling, parallel execution, and performance-aware numerical computing.
Graphs as a mathematical language for networks, algorithms, structure, proof, computation, search, visualization, and knowledge representation.
Graphs as data structures, knowledge representations, databases, visualization surfaces, retrieval infrastructure, and provenance-aware maps of entities, claims, and relationships.
Hacker culture as a craft tradition around curiosity, systems literacy, playful mastery, technical rigor, public learning, and responsible security boundaries.
Human-machine interaction is the design and evaluation of usable, accessible, multimodal, and accountable interfaces between people, software, sensors, robots, AI systems, and physical tools.
Industrial products as durable parts, tools, materials, instruments, and supplier records, with taxonomy, traceability, safety standards, and sourcing heuristics.
Language as a structured human system for speech, sign, writing, meaning, social action, data representation, and computational language technology.
Linear algebra as the study of vector spaces, matrices, linear maps, bases, decompositions, spectra, numerical stability, embeddings, graph operators, tensors, and search.
Maps, GIS, cartography, projections, elevation models, LiDAR, geospatial data, web maps, and the craft of representing place.
Mathematics as a durable language for structure, quantity, proof, symmetry, abstraction, modeling, computation, examples, and knowledge graphs.
Historical method for archives, material evidence, manuscripts, archaeology, provenance, digital humanities, and AI-assisted interpretation of the past.
Multimodal AI combines text, images, audio, video, structured data, and actions so models can perceive and reason across more than one representational channel.
Music as sound, notation, performance system, recording practice, metadata problem, archive, interface, and audio-visual knowledge object.
Number theory as the study of integers, primes, congruences, Diophantine equations, zeta functions, arithmetic geometry, computation, proof certificates, and cryptographic structure.
Open Source Intelligence (OSINT) is the collection and analysis of information that is gathered from public or open sources.
Overlanding as self-reliant vehicle travel: route planning, navigation data, field systems, communications, maintenance, ethical land use, documentation, and trip archives.
Philosophy as disciplined inquiry into knowledge, reality, value, mind, language, science, argument structure, and responsible action.
Photography as the technical and artistic practice of recording light, preserving attention, metadata, provenance, rights, and visual evidence.
Print as reproducible physical media: printmaking, books, photographs, paper, color, editions, preservation, digitization, and durable cultural memory.
A practical guide to professional societies, academic organizations, standards bodies, special interest groups, and their role as knowledge infrastructure.
Python as a practical programming language for scripting, data work, automation, scientific computing, AI tooling, runtime contracts, and maintainable application glue.
Practical heuristics, approximations, calibration habits, and measurement shortcuts for reasoning quickly without confusing estimates for proof.
Rust as a memory-safe systems language for reliable command-line tools, web services, embedded software, WebAssembly modules, and performance-critical infrastructure.
The Semantic Web is the idea that the Web should carry machine-readable meaning through stable identifiers, shared vocabularies, linked data, and queryable knowledge graphs.
Semantics is the study of meaning across language, logic, symbols, programming languages, data models, ontologies, knowledge graphs, AI systems, and machine-readable web infrastructure.
Search engine optimization is the practice of making useful web content crawlable, indexable, understandable, linkable, fast, accessible, and trustworthy enough to earn durable search visibility.
Software libraries as reusable contracts: dependency selection, package trust, ecosystem health, API surfaces, runtime fit, security posture, and maintenance risk.
A source-backed guide to symbols, pictograms, signs, icons, care labels, technical marks, and the standards that make them legible across languages and contexts.
A source-backed guide to technical standards, specifications, profiles, registries, conformance, versioning, and interoperability across the web, Internet, data, text, and APIs.
Theorem proving as machine-checked reasoning: proof assistants, automated provers, SMT solvers, proof certificates, equality saturation, formal mathematics, and software verification.
Topology as the mathematics of continuity, spaces, invariants, holes, manifolds, deformation, and shape-preserving structure across data, maps, graphs, and proofs.
Practical guidance for training neural networks: data inspection, baselines, debugging, overfitting, regularization, evaluation, and scaling.
Attention-based neural network architectures for modeling relationships across tokens, modalities, documents, code, and long contexts.
Type theory as a formal language for programs, proofs, invariants, semantics, dependent types, and machine-checked mathematical structure.
WebAssembly is a portable binary instruction format and sandboxed execution target for compiled code across browsers, servers, plugins, edge systems, and component runtimes.
Responsible use of GNU Wget for retrieving files, mirroring allowed content, preserving public web resources, recording provenance, and keeping captures auditable.
Mobile list
+37The first 15 notes keep the mobile view light. Open the complete list when you want every result in one pass.
Articles, worlds, topics, and typed paths.
3D encoding
node grammar
path grammar
Copies the current graph view URL.
Focused 3D graph. Drag to orbit the scene. Arrow keys move through linked nodes. Enter centers the selected node. Plus and minus zoom. Home fits the graph.
Selected graph node: Data Sources. all relationships. 61 keyboard routes: article links to Software Libraries; article links to wget for Web Archival; article links to OSINT; article links to Bookbinding.
warming graph renderer