Earlier bookmarks (2013 to 2016-ish – 1-2000 of 4000) Includes: Domains, Field, Paradigms (used Claude – ai))

Earlier bookmarks (2013 to 2016-ish – 1-2000 of 4000) Includes: Domains, Field, Paradigms (used Claude – ai))

Computer Science:
* Programming languages: procedural (C), functional (APL, Lisp), object-oriented (Java, C++)
* Algorithms: dynamic programming, greedy algorithms, graph algorithms
* Data structures: arrays, lists, trees, graphs, hash tables
* Computer architecture: pipelining, instruction sets, memory hierarchy
* Operating systems: processes, threads, scheduling
* Computer networks: TCP/IP, routing, DNS
* Databases: relational, NoSQL
* Quantum computing: qubits, quantum algorithms

* Number theory: prime numbers, factorization
* Combinatorics: permutations, combinations, recurrence relations
* Graph theory: connectivity, traversal, coloring
* Geometry: euclidean, differential, algebraic
* Topology: manifolds, embeddings, knot theory
* Abstract algebra: groups, rings, fields, Galois theory
* Analysis: sequences, series, continuity, differentiation, integration
* Mathematical physics: waves, diffusion, fluid dynamics

Cognitive Science:
* Memory: short-term, long-term, working memory models
* Perception: psychophysics, signal detection theory
* Consciousness: global workspace theory, integrated information theory
* Learning: reinforcement learning, neural networks, Bayesian learning
* Intelligence: psychometrics, Spearman’s g, multiple intelligences
* Creativity: divergent thinking, remote associates, insight
* Emotion: two-factor theory, cognitive appraisal theory

* Brain anatomy: neurons, action potentials, synapses
* Systems neuroscience: visual, auditory, motor, memory
* Computational neuroscience: neural networks, artificial intelligence
* Cognitive neuroscience: fMRI, EEG, lesions
* Molecular neuroscience: receptors, neurotransmitters, pharmacology

* Cognitive psychology: information processing models
* Evolutionary psychology: evolved cognitive mechanisms
* Social psychology: attitudes, attribution, group dynamics
* Developmental psychology: attachment, language acquisition
* Psycholinguistics: speech production, comprehension, acquisition

* Quantum mechanics: wavefunction, uncertainty, entanglement
* Relativity: spacetime, gravity, cosmology
* Statistical mechanics: phases, critical phenomena
* Chaos theory: nonlinear dynamics, fractals
* Condensed matter physics: crystals, band structure

* Atomic structure: electron configurations, periodic table
* Bonding: ionic, covalent, metallic
* Molecular structure: VSEPR, hybridization, resonance
* Thermodynamics: laws of thermodynamics, phase equilibria
* Quantum chemistry: molecular orbitals, computational chemistry

Later bookmarks (2017-ish to 2021-ish – 1-2001-4000-ish)

Computer Science

* Algorithms and data structures (trees, graphs, sorting, searching)
* Programming languages (procedural (C), functional (Lisp), logical (Prolog), object-oriented (Java, C++))
* Operating systems (Windows, Linux, iOS)
* Computer networks (TCP/IP, HTTP, FTP, DNS)
* Distributed systems (MapReduce, Hadoop, Spark)
* Parallel computing (CUDA, OpenMP)
* Databases (relational (SQL), NoSQL)
* Computer security (cryptography, authentication, access control)
* Computer graphics (rendering, animation, visualization)
* Human-computer interaction (GUI, multimodal interaction)
* Computational complexity theory (NP-completeness, approximation algorithms)


* Number theory (prime numbers, cryptography)
* Abstract algebra (groups, rings, fields)
* Graph theory (trees, cycles, optimization)
* Combinatorics (enumeration, combinatorial designs)
* Computational geometry (convex hull, Voronoi diagrams)
* Topology (point-set, algebraic, differential)
* Mathematical analysis (calculus, sequences and series, integrals)
* Mathematical physics (classical mechanics, electromagnetism)
* Probability and statistics (Bayesian, frequentist)
* Game theory (zero-sum games, cooperative games)
* Category theory (functors, natural transformations)

Cognitive Science

* Cognitive psychology (memory, problem solving)
* Cognitive neuroscience (fMRI, EEG, neuroimaging)
* Psycholinguistics (speech production, comprehension)
* Philosophy of mind (dualism, functionalism)
* Embodied cognition (grounded cognition, sensorimotor)
* Situated cognition (affordances, distributed cognition)
* Neural networks (feedforward, recurrent)
* Computational neuroscience (biologically plausible models)


* Quantum mechanics (Schrödinger equation, entanglement)
* Quantum computing (qubits, quantum algorithms)
* Quantum information theory (quantum channels, entropy)
* General relativity (spacetime, cosmology)
* Particle physics (standard model, string theory)
* Condensed matter physics (superconductivity, quantum Hall effect)
* Statistical mechanics (phase transitions, critical phenomena)


* Systems neuroscience (neural circuits, oscillations)
* Computational neuroscience (neural networks, models)
* Cognitive neuroscience (fMRI, lesions, neuropsychology)


* Cognitive psychology (memory, perception, attention)
* Educational psychology (motivation, instructional design)
* Evolutionary psychology (mating strategies, kinship)


* Semantics (lexical, compositional)
* Syntax (generative grammar, Minimalism)
* Computational linguistics (NLP, machine translation)
* Sociolinguistics (language variation, prestige)

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