Postgraduate Govt. College for Girls Sector-11, Chandigarh Weekly Planner for the Session 2015-2016 Class : B.Sc.II Subject:Physics Paper A Paper B Paper C S.No. Dates Unit-I Unit-I Unit-I 1 20th July To 25th Basic ideas of statistical Physics, Interference : Concept of Formalism of Wave Mechanics : July Scope of Statistical Physics, Basic coherence, spatial and temporal Brief introduction to need and ideas about probability distribution of coherence, coherence time, development of quantum four distinguishable particles in two coherence length, area of mechanics, wave-particle duality . compartments of equal size coherence Concept of macrostates, Conditions for observing Photon as particle, de-Broglie 2 27th July To 31st microstates, thermodynamic interference fringes, Interference by hypothesis , particle diffraction, July probability, effects of constraints on wavefront division an amplitude particle interference), wave packet , the system division indeterminacy , complementarity. Young’s double slit experiment Distribution of n particles in two Michelson interferometer-working, Schrödinger equation for a free 3 3rd Aug To 8th Aug compartments principle and nature of frings. particle, operator correspondence Interference in thin films and equation for a particle subject to forces. Normalization and probability interpretation of wave function , superposition principle . Deviation from the state of maximum Role of interference in antireflection Expectation value , probability 4 10th Aug To 15th probability, equilibrium state of and high reflection dielectric current and conservation of Aug dynamic system coatings. Multiple beam probability, Admissibility conditions interference, Fabry-Perot on the wave function, Ehrenfest interferometer, nature of fringes, theorem . finesse Distribution of distinguishable n Unit-II Fundamental postulates of wave 5 17th Aug To 22nd Huygen-Fresnal particles in k compartments of Diffraction : mechanics. Eigenfunctions and Aug unequal sizes theory half period zones eigenvalues , operator formalism, orthogonal system , expansion in eigenfunctions , Hermitian
Postgraduate Govt. College for Girls Sector-11, Chandigarh Weekly Planner for the Session 2015-2016 Class : B.Sc.II Subject:Physics S.No. Dates Paper A Paper B Paper C 1 20th July To 25th July Unit-I Basic ideas of statistical Physics, Scope of Statistical Physics, Basic ideas about probability distribution of four distinguishable particles in two compartments of equal size Unit-I Interference : Concept of coherence, spatial and temporal coherence, coherence time, coherence length, area of coherence Unit-I Formalism of Wave Mechanics : Brief introduction to need and development of quantum mechanics, wave-particle duality . 2 27th July To 31st July Concept of macrostates, microstates, thermodynamic probability, effects of constraints on the system Conditions for observing interference fringes, Interference by wavefront division an amplitude division Young’s double slit experiment Photon as particle, de-Broglie hypothesis , particle diffraction, particle interference), wave packet , indeterminacy , complementarity. 3 3rd Aug To 8th Aug Distribution of n particles in two compartments Michelson interferometer-working, principle and nature of frings. Interference in thin films Schrödinger equation for a free particle, operator correspondence and equation for a particle subject to forces. Normalization and probability interpretation of wave function , superposition principle . 4 10th Aug To 15th Aug Deviation from the state of maximum probability, equilibrium state of dynamic system Role of interference in antireflection and high reflection dielectric coatings. Multiple beam interference, Fabry-Perot interferometer, nature of fringes, finesse Expectation value , probability current and conservation of probability, Admissibility conditions on the wave function, Ehrenfest theorem . 5 17th Aug To 22nd Aug Distribution of distinguishable n particles in k compartments of unequal sizes Unit-II Diffraction : Huygen-Fresnal theory half period zones Fundamental postulates of wave mechanics. Eigenfunctions and eigenvalues , operator formalism, orthogonal system , expansion in eigenfunctions , Hermitian
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