Nuclear Science and Particle Physics

Science & Technology · 11 Subtopics · 60 Concepts

Pre-Study: What to Study

11 Subtopics · 60 Concepts
  • Structure of the Atom

    Subatomic Particles and Atomic Structure

    Importance 3/5 What to Study
  • Isotopes and the Isotopes of Hydrogen (Deuterium, Tritium, Heavy Water)

    Importance 4/5 What to Study
  • Radioactivity

    Alpha, Beta and Gamma Decay

    Importance 4/5 What to Study
  • Half-Life and Radiocarbon Dating

    Importance 3/5 What to Study
  • Nuclear Medicine and Radiation Therapy

    Importance 3/5 What to Study
  • Food Irradiation and Sterilisation

    Importance 3/5 What to Study
  • Industrial Uses of Radiation (Non-Destructive Testing, Materials Modification)

    Importance 2/5 What to Study
  • Radiation in Agriculture (Mutation Breeding, Pest Control, Soil Moisture)

    Importance 3/5 What to Study
  • Radioisotope Thermoelectric Generators and Nuclear Propulsion in Space

    Importance 4/5 What to Study
  • Standard Model and Fundamental Forces

    The Standard Model: What It Explains and What It Leaves Out

    Importance 3/5 What to Study
  • Four Fundamental Forces and Their Carriers

    Importance 4/5 What to Study
  • Matter Particles (Fermions)

    Quarks and Hadrons

    Importance 3/5 What to Study
  • Leptons

    Importance 2/5 What to Study
  • Neutrinos

    Importance 4/5 What to Study
  • Force Carriers (Bosons)

    Gauge Bosons (Photon, W and Z Bosons, Gluons)

    Importance 3/5 What to Study
  • Higgs Boson and the Higgs Mechanism

    Importance 4/5 What to Study
  • Glueballs

    Importance 2/5 What to Study
  • Particle Accelerators

    Particle Accelerators: Kinds and Uses

    Importance 3/5 What to Study
  • Wakefield (Plasma) Accelerators

    Importance 2/5 What to Study
  • International Research Facilities

    CERN and the Large Hadron Collider

    Importance 3/5 What to Study
  • FAIR and India's Beam Catchers

    Importance 2/5 What to Study
  • Neutrino Observatories (INO, JUNO)

    Importance 3/5 What to Study
  • Parts and Working of a Reactor

    Components of a Nuclear Power Reactor (Fuel, Control Rods, Moderator, Coolant)

    Importance 5/5 What to Study
  • How a Reactor Generates Electricity and the Meaning of Criticality

    Importance 2/5 What to Study
  • Types of Reactors

    Pressurised Heavy Water Reactors

    Importance 4/5 What to Study
  • Light Water Reactors (Boiling Water and Pressurised Water Reactors)

    Importance 3/5 What to Study
  • Gas-Cooled and High-Temperature Reactors

    Importance 2/5 What to Study
  • Fast Breeder Reactors: Working and Challenges

    Importance 3/5 What to Study
  • Small Modular Reactors and India's SMR Designs

    Importance 4/5 What to Study
  • Uranium

    Uranium Reserves and Mining in India

    Importance 3/5 What to Study
  • Nuclear Fuel Cycle and Uranium Enrichment (LEU and HEU)

    Importance 4/5 What to Study
  • Uranium Imports and Supply Agreements

    Importance 4/5 What to Study
  • Thorium

    Thorium Reserves and Their Distribution in India

    Importance 4/5 What to Study
  • Benefits of Thorium as a Nuclear Fuel

    Importance 3/5 What to Study
  • Thorium and Uranium Compared

    Importance 3/5 What to Study
  • Aim and Logic of the Three-Stage Programme

    Importance 5/5 What to Study
  • Stage I: Pressurised Heavy Water Reactors and Their Output

    Importance 2/5 What to Study
  • Stage II: Fast Breeder Reactors and BHAVINI

    Importance 3/5 What to Study
  • Prototype Fast Breeder Reactor at Kalpakkam

    Importance 5/5 What to Study
  • Stage III: Thorium-Based Reactors

    Importance 4/5 What to Study
  • Status and Expansion

    India's Nuclear Power Capacity and Plants

    Importance 3/5 What to Study
  • Expansion Targets and the Nuclear Energy Mission

    Importance 4/5 What to Study
  • History and Institutions

    Milestones of India's Nuclear Programme

    Importance 2/5 What to Study
  • Nuclear Institutions of India (AEC, DAE, BARC, IGCAR, NPCIL, BHAVINI, UCIL, AMD, GCNEP)

    Importance 4/5 What to Study
  • Regulation and Law in India

    Atomic Energy Regulatory Board

    Importance 3/5 What to Study
  • SHANTI Act, 2025

    Importance 5/5 What to Study
  • Civil Liability for Nuclear Damage (CLNDA 2010, CSC and the Changes of 2025)

    Importance 3/5 What to Study
  • International Safety Standards and Radioactive Waste

    IAEA, WANO and the Convention on Nuclear Safety

    Importance 4/5 What to Study
  • Radioactive Waste and Tritiated Water

    Importance 2/5 What to Study
  • Nuclear Doctrine and Command

    India's Nuclear Doctrine (No First Use, Credible Minimum Deterrence)

    Importance 4/5 What to Study
  • Nuclear Command Authority and Strategic Forces Command

    Importance 2/5 What to Study
  • Agreements and Treaties

    Indo-US Civil Nuclear Agreement, 2008

    Importance 4/5 What to Study
  • India's Other Civil Nuclear Cooperation Agreements

    Importance 2/5 What to Study
  • NPT, CTBT and IAEA Safeguards: India's Position

    Importance 5/5 What to Study

Study, Revise and Test

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