Course

List of Experiments1.Study of black body spectra2.Determination of Plancks constant and De Broglie wavelength of Electrons using photo electric experiments.3.Determination of Rydbergs constant from hydrogen spectrum4.Determination of charge to mass ratio of electron Thomsons method5.Verification of Bohrs theory – Franck Hertz Experiment.6.Determination of charge of electron by Millikans oil drop method.7.Electron Spin Resonance- Determination of g factor of an electron8.Determination of Ferro magnetic Curie temperature of a given sample9.Studying the Energy gap of semiconductors

Course Objective:This course aims to provide students with hands-on experience in fundamental quantum physics and modern physics experiments, enabling them to explore the principles governing atomic and subatomic particles.Course outcomes:At the end of the laboratory course, students will be ableCO 1: To experimentally verify fundamental concepts of quantum mechanics, atomic physics, and solid-state physics.CO 2: To determine essential physical constants such as Plancks constant, Rydbergs constant, and the charge-to-mass ratio of an electron.CO 3: To analyze the behavior of electrons and photons through experiments like the photoelectric effect, Franck-Hertz experiment, and Millikans oil drop method.CON4: To explore the properties of materials, including semiconductor energy gaps and ferromagnetic Curie temperatures, using experimental techniques