preliminaries NOVEMBER: integer and NOVEMBER: IF,DO and floating point arithmetic and flowcharts GOTO statement expression, built in functions, executable and non-executable statements, input and output statements, formats, IF, DO and GOTO statements, dimension, arrays, statement function and function subprogram 2. Ms. SHREYA QUANTUM AUGUST: Failure of E.M AUGUST: Seminar on TEST: Photoelectric effect MECHANICS theory, quantum theory of dual nature of light. & Compton effect. PHY 501 radiation, photon, photoelectric effect and Compton effect, inadequancy of old quantum theory, de Broglie hypothesis & its experimental verifications, phase velocity. SEPTEMBER: SEPTEMBER: Seminar TEST: Heisenberg Heisenberg’s uncertainity principle& its on numericals based on uncertainity principle & its experimental verification, Heisenberg uncertainity applications. uncertainity, derivation principle. ASSIGNMENT: of time dependent schrodinger Numericals problems based equation, eigen values &eigen on wave function. function. Wave function & 1-D harmonic OCTOBER: TEST: its significance, normalisation oscillator. of wave function, observable &
preliminaries NOVEMBER: integer and floating point arithmetic expression, built in functions, executable and non-executable statements, input and output statements, formats, IF, DO and GOTO statements, dimension, arrays, statement function and function subprogram and flowcharts NOVEMBER: IF,DO and GOTO statement 2. Ms. SHREYA QUANTUM MECHANICS PHY 501 AUGUST: Failure of E.M theory, quantum theory of radiation, photon, photoelectric effect and Compton effect, inadequancy of old quantum theory, de Broglie hypothesis & its experimental verifications, phase velocity. AUGUST: Seminar on dual nature of light. TEST: Photoelectric effect & Compton effect. SEPTEMBER: Heisenberg’s uncertainity principle& its experimental verification, uncertainity, derivation of time dependent schrodinger equation, eigen values &eigen function. SEPTEMBER: Seminar on numericals based on Heisenberg uncertainity principle. TEST: Heisenberg uncertainity principle & its applications. ASSIGNMENT: Numericals problems based on wave function. OCTOBER: Wave function & its significance, normalisation of wave function, observable & TEST: 1-D harmonic oscillator.
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