NTA UGC NET Physical Science

A Great teacher is required to be a great learner with ability to synthesize and integrate knowledge. The Council of Scientific and Industrial Research (CSIR) has entrusted the responsibility of conducting CSIR-UGC NET in CBT Mode to NTA. CSIR – UGC is national level test conducted twice a year (June & December) to determine the eligibility for Junior Research Fellowship (JRF) and for Lectureship (LS)/ Assistant Professorship’ in Indian Universities and Colleges. UGC CSIR NET/SET (JRF & LS) Physical Sciences is a well formulated combination of easy learning techniques and practice problems containing all the necessary tools and techniques which assure your success. The entire syllabus of this revised edition has been divided under 9 units giving a complete Chapterwise theory of syllabus accommodated with all the recent changes. In addition to the theoretical portion the book also concentrates on the practical part by providing Previous years' Solved Papers which are designed according to the pattern suggested by the council. Questions provided in the book for practice give anIdeaof the level examinations that have been conducted and moreover they help to track the level of preparation is done by the candidates. Packed with Detailed theory and Latest Pattern MCQs for the pagPe this book makes a systematic ladder to success in CSIR – UGC NET/SET.TABLE OF CONTENT"Dimensional Analysis Vectors and Matrices Linear Differential Equations and Special Functions Fourier Series and Laplace Transform Complex Analysis and Probability Green’s Function and Partial Differential Equations Numerical Methods Tensors and Group Theory Newtonian Mechanics and Rigid Body Dynamics Lagrangian and Hamiltonian Approach Special Theory of Relativity Basic Electrostatics and Magnetostatics Time Varying Magnetic Field and Maxwell’s Equation Propagation of EM Waves and Gauge Transformation Electromagnetic Field and Dynamics of Charged Particles Dispersion and Relativistic Electrodynamics Wave Mechanics Matrix Mechanics Perturbation Theory and Variational Principle Identical Particles and Spin Scattering Theory Relativistic Quantum Mechanics Thermodynamics Classical and Quantum Statistics Phase Transitions and Magnetic Properties of Matter Bose-Einstein Condensation and Process Semiconductor Devices Operational Amplifier and Digital Electronics Digital Converters and Microprocessors Experimental Methods Measurement Methods Fourier Transformations and Frequency Devices General Atomic Spectroscopy Coupling and Effects of Magnetic and Electric Fields Vibrational Rotational Spectroscopy and NMR Lasers and Coherence Crystal Structure and Specific Heat of Solids Thermal Conductivity and Theory of Superconductors Crystal Defects Basic Nuclear Properties Nuclear Models and Radioactivity Nuclear Force and Deuteron Problem Particle Physics Sample Questions Provided on CSIR Website Solved Papers 2016-19"