The Department of Physics consists of Four Labs for the UG, PG and PhD.
UG Lab-1 is equipped with Optics and Electronics experiments. It covers the optics experiments based on Interference, diffraction and polarization of light and optical Instruments. The Electronics experiments include Semiconductor Diode and transistor characteristics & Hartley oscillator. By performing these experiments, students learn the basic concepts of optical phenomenon and electronic devices & their applications.
UG Lab-2 is mainly equipped with Mechanics & Electricity and magnetism experiments such as Determination of Moment of Inertia of a Fly Wheel, Acceleration due gravity by Bar Pendulum, Frequency of A.C. by Electric Vibrator, Frequency of A.C. by Sonometer and Electromagnet, Voltage Doublers & Tripler circuits etc. By performing these experiments, students learn the use of these apparatus to determine the physical quantities such as acceleration due to gravity, frequency of alternating current etc. and the physical concepts behind them.
PG Lab-1/ Research Lab-I
PG Lab-1/ Research Lab-I. is equipped with advanced Experiments based on Electronics, Fiber Optics, Opto-Electronics devices, Laser etc. such as V-I Characteristics of JFET, MOSFET, SCR, UJT, Study of propagation of light in optical fiber, Characteristics of LED, Photo Diode, Determination of wavelength of Monochromatic Light (Laser light) etc. By performing these experiments, students learn about advancement in the field & how the sources of error in an experimental set up can be minimized by improving the devices features by using advanced technologies.
PG Lab-1I / Research Lab-II
PG Lab-1I / Research Lab-II is equipped with advanced Experiments based on Nuclear Physics and Electronics such as Absorption coefficients of given material using GM counter, determination of Curie Temperature of ferroelectric and ferromagnetic materials, analog to digital convertor, digital to analog convertor, Characteristics of Inverting and non-inverting operational amplifier , frequency of A.C. signal using CRO etc. By performing these experiments, students learn about radioactive radiations and their physical characteristics, how to calculate gain of operational amplifier, basic concepts of analog and digital signals and their inter conversion.