Nuclear & Elementary Physics: Classification & Nuclear Radii - I

Nuclear & Elementary Physics: Problem Solving & Doubt Clearing 

Nuclear & Elementary Physics: Nuclear Magnetic Moment & Problem Solving - II

Nuclear & Elementary Physics: Doubt & Problem Solving

Nuclear & Elementary Physics: Elementary Particles & Problem Solving - VII

Nuclear & Elementary Physics: Atomic Mass, Coulomb Energy & Problem Solving - II

Nuclear & Elementary Physics: Shell & Collective Model, Problem & Doubt Solving - III

Nuclear & Elementary Physics: Radioactivity Decay Series & Problem Solving - III

Nuclear & Elementary Physics: Alpha & Beta Decay and Selection Rules - IV

Nuclear & Elementary Physics: Gamma Decay, Particles & Problem Solving - IV

Nuclear & Elementary Physics: Problem Solving 

Nuclear & Elementary Physics: Problem Solving II

Nuclear & Elementary Physics: Fundamental Interactions, Hadrons & Mesons - V

Nuclear & Elementary Physics: Baryon Octet, Resonance & Decuplet - VI

Nuclear & Elementary Physics: Parity, Resonance & Problem Solving - VI

Nuclear & Elementary Physics: Problem Solving III

Nuclear & Elementary Physics: Nordheim Rule, and Total Angular Momentum - I

Properties of Atomic Nucleus

Alpha Particle: Introduction, Range, and β Decay

Alpha Particles

β Decay with Problem Solving

Theory of β Decay and Selection Rule of β Decay

β Decay, γ Decay, and Angular Momentum of Parity Selection

Beta-Decay

γ Decay and Parity in Conserved in EM Radiation with Problem Solving

Problem-Solving on β Decay, Facts on γ Decay, and Reaction Kinematics

Gamma Radiation

Decay: Nuclear Binding Energy of Nucleus, Radius & Density of Nucleus, and Types

Decay, Alpha Decay, Positron Decay, K- Electron Capture, Protonation, and Beta Decay

Kinematics of Radioactivity, Half-Life Time, Induce Decay: Fission & Fusion

Nuclear Forces

Nuclear Models: Nucleus Spin, Energy Levels, and Magnetic Moment - I

Nuclear Model: Semi-Empirical Mass Formula

Shell Model & Nordheim's Rule with Problem Solving

Total Angular Momentum and Parity of the Ground State

Nuclear Models: Schmidt Lines, G-Factor for Nucleus, and Collective Model 

Nuclear Models

Nuclear Chemistry: Theory of Stability, Model of Nucleus, Even-Odd Theory, and Magic Number Theory

Neutron - Proton Theory, Liquid Drop Model, Shell Model, and Fermi Gas Model

Nuclear Reactions

Nuclear Reaction: Concept Explanation, Gamma Rays & Kinematics

Nuclear Fission & Nuclear Fusion: Concept Explanation & Particle Accelerator

Nuclear Fission and Fusion

Nuclear & Particle Physics

Physical Sciences

Crack CSIR NET by studying MATHEMATICS, PHYSICS, LIFE SCIENCE, CHEMISTRY, EARTH SCIENCE on one online platform. Everything you need to crack JRF.

CSIR-UGC NET

NET Exams

Ace the toughest competitive and government exams in India 

Test Preparation

This will be a detailed course on Nuclear and Particle Physics. Each Session will be 100+ minutes where we will cover the entire syllabus of nuclear and particle physics in great detail. The classes will be held in Hindi and the notes will be provided in English. The course will have 24 sessions of 90 minutes each over a period of 1 month. All doubts related to the topics will be clarified during the doubt-clearing sessions in the course. 

Course on Nuclear and Particle Physics - CSIR-UGC NET

Surbhi will cover the important concepts of nuclear physics. It will be helpful for aspirants preparing for CSIR-UGC NET. The course is for 21 days approximately with 13 sessions and the duration of each session is 90minutes. The sessions will be covered in Hindi and the notes will be provided in English.

Detailed Course on Nuclear Physics for CSIR NET

In this course , Educator will discuss the complete strategy plan of each book for CSIR DEC 2024 aspirants. Also Educator will give a complete overview of each book. This course will be very beneficial for CSIR UGC NET Dec 2024 aspirants. The language of this course will be in Hindi and the notes will be provided in English.

Bridge Course on Physical Science for CSIR DEC 2024

This course will be a detailed course on nuclear physics. We will discuss nuclear physics in great detail. This course will be important for all those learners who are preparing for exams like CSIR NET, JEST, TIFR and others. Notes will be provided in English.

Detailed Course On Nuclear Physics

Educator Shanu Arora will cover the important concepts of nuclear physics. It will be helpful for aspirants preparing for CSIR-UGC NET, GATE, JEST, TIFR and other entrances of the same level. theory, questions and PYQs will also be covered in great detail. The sessions will be covered in Hindi and the notes will be provided in English.

Detail Course on Nuclear and Particle Physics || CSIR-NET,GATE, JEST, TIFR

In this course, educator Rahul Mehla will discuss the complete topic of Nuclear Physics Theory along with numerical problems. This course will be very helpful for CSIR UGC NET aspirants and GATE aspirants. The course consists of 8 sessions of 90 minutes each. The language of this course will be Hindi and the notes will be provided in English.

Capsule Course on Nuclear Physics for CSIR 2023

In this course, Surbhi Upadhyay will cover basic of Physical Sciences. All the topics under Physical Science will be discussed in detail. This course will be helpful for the aspirants preparing for the CSIR-UGC NET Exams. The course will be completed in approx. 1 month, comprising 18 sessions with a duration of 120 minutes each. The course will be covered in Hindi and notes will be provided in English.

Foundation Course on Physical Sciences

In this course, Surbhi Upadhyay will cover Nuclear Physics in 7 days, comprising 6 sessions with a duration of 60 minutes each. Topics including Nuclear Forces, Nuclear Shell Model, Liquid Drop model, Particle Theory will be discussed in detail. The course will be covered in Hindi and the notes will be provided in English. It will be helpful for students who are preparing for CSIR-UGC NET Exams.

Practice Course on Nuclear & Particle Physics through MCQs

In this course, Surbhi Upadhyay will cover Physical Science. The course will be completed in approximately 1 month, comprising 20 sessions with a duration of 120 minutes each. All the important topics will be discussed in detail and would be helpful for aspirants preparing for the CSIR-UGC NET exam. The course will be covered in Hindi and notes will be provided in English

Nuclear & Particle Physics

Chapters

Courses

Get access to all videos

Properties of Atomic Nucleus

Practice

Alpha Particles

Notes

Beta-Decay

Notes

Gamma Radiation

Notes

Nuclear Forces

Notes

Nuclear Models

Notes

Nuclear Reactions

Notes

Nuclear Fission and Fusion

Notes

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Foundation Course on Physical Sciences

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PYQ Course on Physical Sciences - CSIR 2024

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Bridge Course on Physical Science for CSIR DEC 2024

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Practice Course on Nuclear & Particle Physics through MCQs

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