ONLINE NET-JRF TEST SERIES (PHYSICAL SCIENCES) December-2025
Courses Offered by Fiziks Online Test Portal for CSIR-NET/JRF, IIT-JAM, GATE
Test Pattern
Test Pattern
- Topic Wise Test (TWT):- There are 67 topic wise test and time duration of each test is 1:00 Hour.
- Full Length Test (FLT):- These full length tests are as per CSIR-NET Exam pattern. There are 75 questions in each out of 75 questions 55 number of questions have to be attempt and time duration is 03:00 Hour. Total number of test is five.
- Student can attempt more than 1700 number of questions.
Topic Wise Test (TWT) Schedule
| 01 Mathematical Physics | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | Vector Analysis |
| TWT -02 | Dirac Delta Function | |
| TWT -03 | Ordinary Differential Equation | |
| TWT -04 | Linear Algebra and Matrices | |
| TWT -05 | Fourier Series | |
| TWT -06 | Complex Number and Functions | |
| TWT -07 | Complex Integration / Contour Integration | |
| TWT -08 | Fourier Transform and Laplace Transform | |
| TWT -09 | Special functions-Hermite, Bessel, Laguerre and Legendre functions | |
| 02 Classical Mechanics | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | Lagrangian Formalism |
| TWT -02 | Small Oscillation, Phase Curve and Stability Analysis | |
| TWT -03 | Central Force | |
| TWT -04 | Hamiltonian Formalism | |
| TWT -05 | Poisson Bracket, generating function and canonical transformation | |
| TWT -06 | Rotational Dynamics | |
| TWT -07 | Special Theory of Relativity | |
| 03 Electromagnetic Theory | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | Coulomb’s Law, Gauss Law, Electrostatic Potential, Poisson’s & Laplaces Equations, Electrostatic Energy and Properties of Conductor |
| TWT -02 | Electric Dipole, Polarisation, Electrostatic Boundary Conditions, Multipole Expansion and Image Problem | |
| TWT -03 | Motion of Charged Particles in Electric and Magnetic Fields, Magnetic Force Experienced by Current Elements, Biot Savart Law and Amperes Law | |
| TWT -04 | Magnetic Vector Potential, Magnetic Dipole, Magnetisation, Magnetostatic Boundary Conditions | |
| TWT -05 | Elecromagnetic Induction, Maxwell Equations | |
| TWT -06 | E.M. Wave in Free Space, Dielectrics, Conductors, Reflection and Transmission | |
| TWT -07 | Rectangular Wave Guide, Potential Formulation for Time Varying Fields, and Radiation from Moving Charges | |
| 04 Quantum Mechanics | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | Wave Particle Duality & Uncertainty Principle |
| TWT -02 | Tools of Quantum Mechanics Part – 1 | |
| TWT -03 | Tools of Quantum Mechanics Part – 2 | |
| TWT -04 | Postulates of Quantum Mechanics | |
| TWT -05 | Free Particle, Potential barriers and Potential Well | |
| TWT -06 | 1D Harmonic Oscillator, Dirac Function and 2D, 3D in Cartesian Coordinate | |
| TWT -07 | Angular Momentum, Hydrogen Atom and Spin | |
| TWT -08 | Approximation Method | |
| TWT -09 | Scattering, Identical particles and Relativistic Quantum Mechanics | |
| 05 Thermodynamic and Statistical Physics | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | Kinetic Theory of Gases and Maxwell Boltzmann Distribution Law |
| TWT -02 | Transport Phenomenon, Real Gases, First and Second Law | |
| TWT -03 | Entropy, Thermodynamic Potentials, Maxwell Relations | |
| TWT -04 | Blackbody Radiation and Elementary Statistical Mechanics | |
| TWT -05 | Random Walk Problem and Micro Canonical Ensemble | |
| TWT -06 | Canonical Ensemble | |
| TWT -07 | Quantum Statistics | |
| TWT -08 | Phase Transition and Grand Canonical Ensemble | |
| 06 Electronics and Experimental Methods | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | Network Analysis |
| TWT -02 | Semiconductor Physics | |
| TWT -03 | PN Junction diode and their Applications | |
| TWT -04 | Bipolar Junction Transistors, DC and AC Analysis | |
| TWT -05 | Operational Amplifier | |
| TWT -06 | Digital Electronics -1 | |
| TWT -07 | Digital Electronics – 2 | |
| 07 Atomic & Molecular Physics | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | Bohr’s Theory and Sommerfeld Model |
| TWT -02 | Fine Structure | |
| TWT -03 | L-S & J-J Coupling | |
| TWT -04 | Zeeman Effect | |
| TWT -05 | Paschen Back Effect & Hyperfine Structure | |
| TWT -06 | Rotational Spectroscopy | |
| TWT -07 | Vibrational and Raman Spectra | |
| TWT -08 | Laser | |
| 08 Solid State Physics | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | Crystal Structure |
| TWT -02 | XRD and Reciprocal Lattices | |
| TWT -03 | Lattice Vibrations | |
| TWT -04 | Specific Heat of Solid | |
| TWT -05 | Free Electron Theory | |
| TWT -06 | Band Theory of Solid | |
| TWT -07 | Superconductor | |
| 09 Nuclear and Particle Physics | ||
| Status | Name of Test | Topics |
| Released | TWT -01 | General properties of nuclei |
| TWT -02 | Liquid Drop Model | |
| TWT -03 | Shell Models and Collective Models | |
| TWT -04 | Nuclear Forces | |
| TWT -05 | Radioactivity | |
| TWT -06 | Alpha beta and gamma decay | |
| TWT -07 | Nuclear Reactions, Fission and Fusion | |
| TWT -08 | Particle Physics | |
Full Length Test (FLT) Pattern And Schedule
Total Number of Questions for each topic: 75 Questions
Part A Questions (2.0 Marks): 20 Questions
Part B Questions (3.5 Marks): 25 Questions
Part C Questions (5.0 Marks): 30 Questions
| Date | Name of Test | Syllabus |
| To be announced soon | FLT – 01 | Complete Syllabus of NET-JRF |
| To be announced soon | FLT – 02 | Complete Syllabus of NET-JRF |
| To be announced soon | FLT – 03 | Complete Syllabus of NET-JRF |
| To be announced soon | FLT – 04 | Complete Syllabus of NET-JRF |
| To be announced soon | FLT – 05 | Complete Syllabus of NET-JRF |
How to Join in Our Online Test Series:
- Visit online test portal on our website www.physicsbyfiziks.org or on our website www.physicsbyfiziks.com.
- Download Application Form.
- Duly filled Application form along payment receipt/ transaction number should be sent by Email on fiziks.physics@gmail.com or by registered post / courier to our address
Fiziks by Physics,
House No. 40 D, Ground Floor, Jia Sarai
Near IIT, Hauz Khas, New Delhi.-110016
Phone No. : +91 – 11 – 26865455
Mobile No. : +91-9871145498, +91 – 9560523636
Mode of Delivery
You can download test papers and their solutions and QIP files from Google class room form your allotted batch.
Mode of Payments
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- You can pay concerned amount of money through QR Code Scanner on the payment provided on our website and portal.
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- Save payment details and upload it in the given box and then complete registration process.
- You can also pay in cash directly at Delhi centre in Jia Sarai.