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Enhance curriculum structure and add new subjects: Update CONTRIBUTING.md with detailed guidelines for adding new subjects and their associated assets. Introduce English and Physics subjects in the catalog, along with their respective curriculum files and chapter structures. Implement shared styles for English and Physics chapters, and add interactive widgets for physics concepts. Update FAQ to clarify the use of AI in content creation, ensuring accessibility and durability of educational materials.
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Hananoshika Yomaru
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26 changed files with 1530 additions and 12 deletions
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@ -4,6 +4,8 @@
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"curriculums": ["Foundation", "DSE", "IB", "A-Level", "AP", "IGCSE", "Common Core"],
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"subjects": [
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{ "id": "math", "name": "Mathematics", "banner": "/catalog/banners/math.webp" },
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{ "id": "english", "name": "English" },
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{ "id": "physics", "name": "Physics", "banner": "/catalog/banners/physics.jpg" },
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{ "id": "science", "name": "Science" },
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{ "id": "humanities", "name": "Humanities" },
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{ "id": "computing", "name": "Computing" }
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8
data/computing-curriculum.json
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data/computing-curriculum.json
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{
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"title": "Computing",
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"intro": "Planned computing pathways will appear here.",
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"graph": {
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"edges": []
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},
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"strands": []
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}
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39
data/english-curriculum.json
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data/english-curriculum.json
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{
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"title": "English",
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"intro": "Build reading, writing, speaking, and analysis skills through progressive chapter pathways.",
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"graph": {
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"edges": []
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},
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"strands": [
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{
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"id": "reading-writing-foundations",
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"title": "Reading & Writing Foundations",
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"chapters": [
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{
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"slug": "reading-comprehension-foundations",
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"title": "Reading comprehension foundations",
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"description": "Find main ideas, supporting details, and text evidence in short passages.",
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"status": "live",
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"curriculumCoverage": {
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"Foundation": "core",
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"IGCSE": "core",
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"Common Core": "core",
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"IB": "related"
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}
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},
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{
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"slug": "paragraph-writing-basics",
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"title": "Paragraph writing basics",
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"description": "Write focused paragraphs with a clear topic sentence, evidence, and explanation.",
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"status": "planned",
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"curriculumCoverage": {
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"Foundation": "core",
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"IGCSE": "core",
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"Common Core": "core",
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"IB": "related"
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}
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}
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]
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}
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]
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}
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@ -97,8 +97,9 @@
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"type": "standard",
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"question": "Is the content AI-generated?",
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"answer": [
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"No. Chapters are authored HTML with care: figures, interactives, and maps where they help understanding — not bulk-generated slop or print PDFs pasted online.",
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"Core curriculum changes slowly; one carefully reviewed book, shared openly, beats regenerating the same chapter thousands of times in a data center."
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"We use AI as a drafting and editing tool, but we do not rely on AI chat tokens as the final product layer. We publish reviewed, hand-curated chapters as open HTML so learning materials stay readable without paid AI access.",
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"Token costs matter. Today some companies appear to offer \"free\" AI access, but that is often market-share strategy in an early stage. If prices rise later, learners with less money or weaker infrastructure could lose access.",
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"The open web is more durable: HTML and JavaScript are stable foundations likely to remain usable for decades. Building high-quality, future-proof educational materials now — with AI assistance but web-native outputs — is the practical long-term approach."
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]
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},
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{
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data/humanities-curriculum.json
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data/humanities-curriculum.json
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{
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"title": "Humanities",
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"intro": "Planned humanities pathways will appear here.",
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"graph": {
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"edges": []
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},
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"strands": []
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}
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215
data/physics-curriculum.json
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data/physics-curriculum.json
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{
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"title": "Physics",
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"intro": "HKDSE-aligned physics pathways across compulsory and elective modules.",
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"graph": {
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"edges": [
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{ "from": "thermal-energy-temperature", "to": "heat-transfer-and-insulation" },
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{ "from": "heat-transfer-and-insulation", "to": "change-of-state-latent-heat" },
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{ "from": "change-of-state-latent-heat", "to": "gas-laws-kinetic-theory" },
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{ "from": "kinematics-motion-graphs", "to": "force-newtons-laws" },
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{ "from": "force-newtons-laws", "to": "momentum-impulse-collisions" },
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{ "from": "force-newtons-laws", "to": "work-energy-power" },
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{ "from": "force-newtons-laws", "to": "uniform-circular-motion-gravitation" },
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{ "from": "wave-basics-superposition", "to": "light-optics" },
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{ "from": "wave-basics-superposition", "to": "sound-doppler-effect" },
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{ "from": "electrostatics-electric-fields", "to": "circuits-domestic-electricity" },
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{ "from": "circuits-domestic-electricity", "to": "electromagnetism-induction" },
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{ "from": "radioactivity-half-life", "to": "nuclear-energy-fission-fusion" },
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{ "from": "uniform-circular-motion-gravitation", "to": "astronomy-and-space-science" },
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{ "from": "work-energy-power", "to": "energy-and-use-of-energy" },
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{ "from": "gas-laws-kinetic-theory", "to": "atomic-world-quantum-intro" },
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{ "from": "nuclear-energy-fission-fusion", "to": "atomic-world-quantum-intro" },
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{ "from": "electromagnetism-induction", "to": "medical-physics" },
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{ "from": "nuclear-energy-fission-fusion", "to": "medical-physics" }
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]
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},
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"strands": [
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{
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"id": "heat-and-gases",
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"title": "I. Heat and Gases",
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"chapters": [
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{
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"slug": "thermal-energy-temperature",
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"title": "Thermal energy, temperature, and internal energy",
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"description": "Distinguish heat, temperature, and internal energy using particle and energy models.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IGCSE": "core", "A-Level": "core", "AP": "related" }
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},
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{
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"slug": "heat-transfer-and-insulation",
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"title": "Heat transfer: conduction, convection, and radiation",
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"description": "Compare thermal transfer processes and evaluate insulation strategies in real systems.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IGCSE": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "change-of-state-latent-heat",
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"title": "Change of state and latent heat",
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"description": "Model phase changes with heating curves and latent heat calculations.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IGCSE": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "gas-laws-kinetic-theory",
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"title": "Gas laws and kinetic theory",
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"description": "Connect Boyle's and Charles's laws to particle motion and absolute temperature.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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}
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]
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},
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{
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"id": "force-and-motion",
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"title": "II. Force and Motion",
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"chapters": [
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{
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"slug": "kinematics-motion-graphs",
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"title": "Position, velocity, acceleration, and motion graphs",
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"description": "Interpret and connect displacement-time, velocity-time, and acceleration-time graphs.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "force-newtons-laws",
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"title": "Force and Newton's laws",
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"description": "Use free-body diagrams and Newton's laws to predict acceleration and motion changes.",
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"status": "live",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "momentum-impulse-collisions",
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"title": "Momentum, impulse, and collisions",
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"description": "Apply conservation of momentum to collisions and recoil situations.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "work-energy-power",
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"title": "Work, energy, and power",
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"description": "Relate force to energy transfer and analyze efficiency and power in systems.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "uniform-circular-motion-gravitation",
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"title": "Uniform circular motion and gravitation",
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"description": "Model circular motion and gravitational attraction in satellites and planetary systems.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "extension", "A-Level": "core", "AP": "related" }
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}
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]
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},
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{
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"id": "wave-motion",
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"title": "III. Wave Motion",
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"chapters": [
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{
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"slug": "wave-basics-superposition",
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"title": "Wave properties and superposition",
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"description": "Describe wave quantities and apply reflection, refraction, diffraction, and interference.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "light-optics",
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"title": "Light, lenses, and optical models",
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"description": "Use ray and wave models to analyze image formation and optical instruments.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "sound-doppler-effect",
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"title": "Sound, pitch, loudness, and Doppler effect",
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"description": "Connect sound wave behavior to frequency, intensity, and moving-source effects.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "related" }
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}
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]
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},
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{
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"id": "electricity-and-magnetism",
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"title": "IV. Electricity and Magnetism",
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"chapters": [
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{
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"slug": "electrostatics-electric-fields",
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"title": "Electrostatics, electric fields, and potential",
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"description": "Model electric forces and potential differences in static-charge systems.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "circuits-domestic-electricity",
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"title": "Circuits and domestic electricity",
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"description": "Analyze circuit behavior, power consumption, and safety in household systems.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IGCSE": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "electromagnetism-induction",
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"title": "Magnetism and electromagnetic induction",
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"description": "Explain magnetic effects of current and induction in generators and transformers.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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}
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]
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},
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{
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"id": "radioactivity-and-nuclear-energy",
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"title": "V. Radioactivity and Nuclear Energy",
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"chapters": [
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{
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"slug": "radioactivity-half-life",
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"title": "Radiation, radioactivity, and half-life",
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"description": "Classify ionizing radiation and model radioactive decay quantitatively.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "nuclear-energy-fission-fusion",
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"title": "Nuclear models, fission, and fusion",
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"description": "Compare fission and fusion through binding energy and mass-energy conversion.",
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"status": "planned",
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"curriculumCoverage": { "DSE": "core", "IB": "extension", "A-Level": "core", "AP": "core" }
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}
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]
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},
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{
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"id": "elective-part",
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"title": "Elective Part (choose two)",
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"chapters": [
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{
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"slug": "astronomy-and-space-science",
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"title": "Astronomy and space science",
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"description": "Study celestial coordinates, orbital motion, and cosmology foundations.",
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"status": "planned",
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"tier": "non-foundation",
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"curriculumCoverage": { "DSE": "extension", "IB": "core", "A-Level": "related", "AP": "related" }
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},
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{
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"slug": "atomic-world-quantum-intro",
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"title": "Atomic world and quantum foundations",
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"description": "Bridge atomic models, photoelectric effect, and wave-particle duality.",
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"status": "planned",
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"tier": "non-foundation",
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"curriculumCoverage": { "DSE": "extension", "IB": "core", "A-Level": "core", "AP": "core" }
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},
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{
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"slug": "energy-and-use-of-energy",
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"title": "Energy and use of energy",
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"description": "Evaluate energy resources, efficiency, and sustainability trade-offs.",
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"status": "planned",
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"tier": "non-foundation",
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"curriculumCoverage": { "DSE": "extension", "IB": "related", "A-Level": "core", "AP": "related" }
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},
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{
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"slug": "medical-physics",
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"title": "Medical physics",
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"description": "Connect imaging technologies and radiation safety to physics principles.",
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"status": "planned",
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"tier": "non-foundation",
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"curriculumCoverage": { "DSE": "extension", "IB": "related", "A-Level": "related", "AP": "related" }
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}
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]
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}
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]
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}
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8
data/science-curriculum.json
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data/science-curriculum.json
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{
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"title": "Science",
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"intro": "Planned science pathways will appear here.",
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"graph": {
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"edges": []
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},
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"strands": []
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}
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