#1
26th November 2014, 09:56 AM
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JEST Physics exam syllabus
Hi I want the syllabus of JEST Physics exam so can you provide me please?
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#2
26th November 2014, 12:53 PM
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Re: JEST Physics exam syllabus
Joint Entrance Screening Test (JEST) is a qualifying test conducted to shortlist the candidates for Ph.D / Integrated Ph.D Programme in Physics or Theoretical Computer Science or Neuroscience. JEST Exam 2015 Pattern- The duration of exam will be of total 3 hrs to solve the entire question paper. Approximately 40% questions will be from B.Sc. level and 60% will be from M.Sc. level 1st level 25 questions Each carries one mark 2nd level 2nd level consists of 25 questions. Each carries three marks Syllabus for Physics Quantum Mechanics Bound States and Tunnelling Addition of Angular Momenta The Uncertainty Principle Particle in A Box Classical Mechanics Principle of least action Newton’s laws Central force problem Generalized coordinates Symmetry and conservation law Mathematical Methods Analytic function Classical orthogonal polynomials Vector algebra and vector calculus Linear ordinary differential equations Electromagnetic Theory Radiation from Moving Charges Poynting Theorem Methods of Solving Boundary Value Problems Displacement Current Scalar and Vector Potentials Thermodynamics and Statistical Physics Laws of thermodynamics Work and heat; Harmonic oscillators Solid State Physics Simple crystal structures and X-ray diffraction Metals Semiconductors and insulators Elements of superconductivity Electronics Diodes Transistors and field effect devices Device characteristics Operational amplifiers and their applications Nuclear and Particle Physics Structure of the nucleus Classification of elementary particles and fundamental interactions, Elementary ideas of quark mode Conservation laws in particle reactions Atomic and Optical Physics Interference Diffraction and polarization of light Zeeman and Stark effects Hyperfine structure Experimental Data And Error Analysis Probability theory Gaussian and Poisson distributions Error analysis Propagation of errors Significant figures Least square fitting |
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