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Free Physics Study Material PDF
CSIR NET · IIT JAM · GATE · JEST · TIFR

Download topic-wise, exam-focused Physics PDFs crafted by Pravegaa’s research faculty. 11 complete topics. Thousands of concepts. Zero cost.

11Core Topics
5Exams Covered
8,000+Students Selected
FreeAlways
CSIR NET JRFIIT JAM PhysicsGATE PhysicsJESTTIFR GSJNU PhysicsCUET PG Physics

Purpose

Why Does Pravegaa Offer Free Study Material?

At Pravegaa Education, we believe that access to quality physics resources should not be gated behind paywalls. Our mission is to train the next generation of physicists and researchers — and that starts with giving every serious student the foundational material they need.

Students preparing for CSIR NET Physical Sciences, IIT JAM Physics, GATE Physics, JEST, and TIFR GS in self-study mode deserve authentic, exam-focused content. These PDFs are the same topic notes our enrolled students receive — structured for conceptual depth, not rote memorization.

For students considering joining our courses, this material gives you a complete preview of what you will study — the depth, the style, the rigour.

📖 How to Use This Material Effectively

  1. 1One topic at a time. Download one chapter, complete it fully, then move on.
  2. 2Pair with textbooks. Use Griffiths, Arfken, Kittel alongside these notes.
  3. 3Solve independently. Attempt every example on your own before checking solutions.
  4. 4Watch video lectures. Supplement with our YouTube channel.
  5. 5Practice PYQs. After each topic, solve previous year questions.

Study Material

Download Free Physics PDFs — All 11 Topics

Topic-wise notes aligned to CSIR NET, IIT JAM, GATE, JEST & TIFR syllabi. Click any topic to view and download PDFs.

Mathematical Methods of Physics

Fourier series, complex analysis, linear algebra, ODEs & PDEs, special functions, and tensor calculus. Essential for all five exams.

Fourier SeriesComplex AnalysisLinear AlgebraODEs & PDEsTensors

Wave & Oscillation and Optics

SHM, damped & driven oscillators, wave mechanics, interference, diffraction, and polarisation. High weightage in IIT JAM & CSIR NET.

SHMCoupled OscillatorsWave EquationInterferenceDiffraction

Mechanics & Classical Mechanics

Lagrangian & Hamiltonian formalism, central force problems, rigid body dynamics, canonical transformations, and phase space.

LagrangianHamiltonianCentral ForceRigid BodyPhase Space

Special Theory of Relativity

Lorentz transformations, time dilation, length contraction, 4-vectors, and relativistic dynamics. Focused but critical topic.

Lorentz TransformTime Dilation4-VectorsE=mc²

Electromagnetic Theory

Maxwell’s equations, boundary conditions, EM waves, radiation, waveguides, and multipoles. Highest-weightage topic across all five exams.

Maxwell’s Eq.EM WavesRadiationWaveguidesMultipoles
ψ

Modern Physics & Quantum Mechanics

Schrödinger equation, operators, perturbation theory, angular momentum, hydrogen atom, and identical particles. Deepest topic in CSIR NET & JEST.

Schrödinger Eq.OperatorsPerturbationAngular Momentum
🌡

Thermodynamics & Statistical Mechanics

Laws of thermodynamics, thermodynamic potentials, MB/FD/BE statistics, partition functions, and phase transitions.

Laws of TDPartition FunctionMB/FD/BE StatsPhase Transitions

Electronics & Experimental Methods

Semiconductor devices, op-amps, digital logic, A/D–D/A conversion, and error analysis techniques. Key for GATE & CSIR NET.

SemiconductorsOp-AmpsLogic GatesError Analysis

Atomic & Molecular Physics

Hydrogen & helium spectra, LS & jj coupling, Zeeman effect, molecular spectra, and laser physics. Regular high-score topic in CSIR NET.

Hydrogen SpectraLS CouplingZeeman EffectLasers

Condensed Matter Physics

Crystal structure, lattice dynamics, band theory, free electron model, superconductivity, and magnetism. Critical for CSIR NET Part C & TIFR.

Crystal StructureBand TheoryPhononsSuperconductivity

Nuclear and Particle Physics

Nuclear models, radioactive decay, fission & fusion, particle physics, Standard Model, and detectors. Consistently featured in CSIR NET Part C & JEST.

Nuclear ModelsRadioactive DecayStandard ModelDetectors

Study Strategy

How to Build Your Study Plan Around These PDFs

1

Check Your Syllabus

Map each PDF to your exam’s syllabus. Prioritise topics with the highest weightage in your target exam.

2

Download Topic-by-Topic

Do not download everything at once. Focus on one chapter, master it, then proceed to the next.

3

Read Theory, Then Solve

Read the concept notes carefully. Attempt all examples on your own. Solutions are a fallback, not a shortcut.

4

Solve Previous Year Questions

After each topic, solve PYQs from CSIR NET, IIT JAM, and GATE on that specific topic to gauge your level.

Exam Coverage

Which Topics Are Relevant for Which Exam?

Use this table to identify which PDFs matter most for your target exam.

TopicCSIR NETIIT JAMGATEJESTTIFR
Mathematical Methods
Waves & Optics
Classical Mechanics
Special Relativity
Electromagnetic Theory
Quantum Mechanics
Statistical Mechanics
Electronics & Expt. Methods
Atomic & Molecular Physics
Condensed Matter Physics
Nuclear & Particle Physics

Free Resources Hub

More Free Resources on Pravegaa

Beyond study material, explore our full library of free resources to supercharge your preparation.

About Pravegaa’s Free Physics Study Material

Pravegaa Education has been preparing students for CSIR NET Physical Sciences, IIT JAM Physics, GATE Physics, JEST, and TIFR GS since its founding by Atul Gaurav (JNU alumnus) and Dr. Alok Shukla (IIT Delhi alumnus). The free study material on this page is derived from the same notes used in our live online and offline courses.

Unlike many coaching institutes that provide only skeletal notes, Pravegaa’s study material follows the Five Stage Learning Model — ensuring every PDF takes the student from concept clarity through mathematical formulation, problem solving, exam strategy, and research mindset. This is what has produced AIR 1 ranks and 8,000+ selections across all major physics examinations.

CSIR NET Physics Study Material — What’s Covered

The CSIR NET Physical Sciences exam tests candidates across all core branches of physics. Our material covers all three sections:

  • Part A (General Aptitude): Supported by Mathematical Methods and analytical reasoning.
  • Part B (Core Physics): All 11 topics are relevant — Quantum Mechanics, Classical Mechanics, and Electrodynamics are especially critical.
  • Part C (Advanced Problems): Condensed Matter, Nuclear Physics, and Statistical Mechanics are essential for JRF qualification.

Students targeting the Junior Research Fellowship (JRF) must score in the top percentile. Pair these notes with our CSIR NET previous year solutions to understand the depth of answers expected.

IIT JAM Physics Study Material — Topic Mapping

The IIT JAM Physics examination covers a well-defined syllabus. Here is how our free material maps to IIT JAM topics:

GATE Physics, JEST & TIFR — Study Material Relevance

GATE Physics candidates will find all 11 topics directly aligned to the GATE syllabus. The mathematical rigour in our notes — particularly in Electromagnetic Theory and Quantum Mechanics — matches the analytical depth expected in GATE. Refer to our GATE Physics previous year papers for practice.

JEST and TIFR GS aspirants benefit especially from our Quantum Mechanics, Statistical Mechanics, and Condensed Matter Physics notes — the most heavily tested domains in these research-oriented examinations.

About Pravegaa Education

Pravegaa Education is Delhi’s premier physics-only coaching institute at 28B/7, Jia Sarai, Hauz Khas, Near IIT Delhi, New Delhi – 110016. We offer online live classes, offline classes, recorded courses, and correspondence courses. Contact us at 8920759559 or register for a free demo class.

FAQ

Frequently Asked Questions

Yes, completely free. All PDFs on this page are available for download without any login, registration, or payment. Pravegaa Education provides this material both to support self-study students and to offer a transparent preview of the depth of content taught in our paid courses.
11 core physics topics are covered: Mathematical Methods of Physics, Waves & Oscillations & Optics, Mechanics & Classical Mechanics, Special Theory of Relativity, Electromagnetic Theory, Modern Physics & Quantum Mechanics, Thermodynamics & Statistical Mechanics, Electronics & Experimental Methods, Atomic & Molecular Physics, Condensed Matter Physics, and Nuclear & Particle Physics.
Yes. The material covers all topics in the IIT JAM Physics syllabus — Mathematical Physics, Classical Mechanics, Quantum Mechanics, Electrodynamics, Thermodynamics, Solid State Physics, and Modern Physics are all covered comprehensively. Pair the notes with our IIT JAM previous year solutions for best results.
Yes. The GATE Physics syllabus overlaps significantly with CSIR NET and IIT JAM. All 11 topic PDFs are relevant for GATE Physics preparation, especially Electromagnetic Theory, Quantum Mechanics, Mathematical Methods, and Condensed Matter Physics.
Download one topic at a time. Study the theory, attempt all examples independently, and use solutions only as a last resort. For self-study students, pair the PDFs with standard textbooks (Griffiths for EM, Sakurai for QM, Arfken for Math Physics). Supplement with free video lectures on our YouTube channel (@pravegaaEducation) and practice previous year questions topic-by-topic.
Yes. Pravegaa offers live online classes, offline classroom programs in Delhi, recorded courses, and correspondence courses for both CSIR NET/JRF and IIT JAM Physics. All courses include live lectures, recorded backups, doubt sessions, study material, test series, and mentorship. Register for a free demo class at pravegaa.com/demo-class-registration/ or call 8920759559.

Ready to Go Beyond Self-Study?

Join Pravegaa’s live online or offline program and get structured mentorship, a complete test series, and direct access to faculty who are researchers themselves.

CourseClass ModeStart Date
CSIR NET PhysicsLive Online8 April 2026
CSIR NET PhysicsDelhi Offline + Live Online8 April 2026
CourseClass ModeStart Date
IIT JAM PhysicsLive Online8 April 2026
IIT JAM PhysicsDelhi Offline + Live Online8 April 2026

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