Overview

Explore a comprehensive physics course covering a wide range of topics from basic electronics to advanced concepts in quantum mechanics and nanoscience. Delve into fundamental principles of classical mechanics, thermodynamics, and wave motion before progressing to more specialized areas such as laser physics, optical fibers, and superconductivity. Gain hands-on experience through various experiments including pendulum studies, spectroscopy techniques, and advanced microscopy methods. Investigate cutting-edge fields like nanomaterials synthesis, characterization, and applications. Develop a strong foundation in electromagnetic physics, relativity theory, and quantum mechanics while also exploring practical applications in semiconductor physics and accelerator technology. Enhance your understanding of complex physical phenomena through in-depth studies of X-ray diffraction, electron microscopy, and lithography techniques.

Syllabus

Shift Registers - II.
Shift Registers - I.
Transistor - II.
Transistor - I.
Flip Flops - II.
Flip Flops - I.
Diode - II.
Diode - I.
Basics of Flip Flops.
National Technology Day.
Capacitor - II.
Capacitor - I.
Multiplexers - II.
Multiplexers - I.
Basics of Electronics Resistors - II.
Basics of Electronics Resistors - I.
Basics of Electronics - II.
Basics of Electronics - I.
Energy Conservation and Harvesting - II.
Energy Conservation and Harvesting - I.
Bar Pendulum Experiment - II.
Simple Pendulum Experiment - I.
e/m Ratio Experiment - II.
e/m Ratio Experiment - I.
Digital Systems - Logic Gates.
Insight into Engineering.
Polarimeter - II.
Polarimeter - I.
Cathode Ray Oscilloscope (CRO) - II.
Cathode Ray Oscilloscope (CRO) - I.
Cauchy's Constant - II.
Cauchy's Constant - I.
To Study The Characteristics of Solar Cell - II.
To Study The Characteristics of Solar Cell - I.
Hall Effect Experiment - II.
Hall Effect Experiment - I.
Diffraction Grating Experiment.
Michelson Interferometer Experiment.
Fresnel Biprism Experiment - II.
Fresnel Biprism Experiment - I.
Newton's Ring Experiment - II.
Newton's Ring Experiment - I.
Raman Spectroscopy - II.
Raman Spectroscopy - I.
Infrared Spectroscopy - I.
Infrared Spectroscopy - II.
UV/ Visible Spectroscopy - II.
UV / Visible Spectroscopy - I.
X-Ray Diffraction - XRD - IV.
X-Ray Diffraction - XRD - III.
X-Ray Diffraction - XRD - II.
X-Ray Diffraction - XRD - I.
Atomic Force Microscope - II.
Atomic Force Microscope - I.
STM - III.
STM - II.
Scanning Tunneling Microscopy - I.
Scanning Probe Microscopy - STM.
SEM & TEM - II.
SEM & TEM - I.
Carbon Nano Family - II.
Carbon Nano Family-III.
Carbon Nano Family - IV.
Characterization of Nanomaterials : Scanning Electronic Microscopy (SEM)-I.
Characterization of Nanomaterials : Scanning Electronic Microscopy (SEM) - II.
Electron Microscopy.
Characterization of Nanomaterials.
Carbon Nano Family - I.
Lithography Techniques - II.
Lithography Techniques - I.
Nanomaterial Synthesis - III.
Nanomaterial Synthesis - II.
Nanomaterials Synthesis.
Nanoscience and Nantechnology.
Investigating Nanomaterials Using X-ray Diffraction.
Nano Scale Effects in Magnetic Materials.
Thermodynamics.
Classical Mechanics III.
Non-Linear Optics.
Classical Mechanics II.
Classical Mechanics - I.
Oscillatory Motion - II.
Oscillatory Motion.
Wave Motion.
Types of Laser - III.
Types of Laser - II.
Types of Laser - I.
Laser Physics - IV.
Laser Physics - III.
Laser Physics - II.
Laser Physics - I.
Optical Fiber -III.
Optical Fiber - II.
Optical Fiber.
Superconductivity.
Semiconductor Physics.
Band Theory of Solid - II.
Band Theory of Solid - I.
Photoconductivity - III.
Photoconductivity - II.
Photoconductivity.
Dielectrics.
Solid State Physics - III.
Solid State Physics - IV.
Solid State Physics - II.
Solid State Physics.
Magnetic Properties - II.
Magnetic Properties of Solid.
Free Electron Theory.
Quantum Mechanics - II.
Basics of Quantum Mechanics - I.
Diffraction.
Polarization.
Special Theory of Relativity.
Basics of Quantum Mechanics.
Quantum Nature of Light.
Interference of Light - II.
Interferences of Light.
Fundamentals of Relativity.
Modern Physics.
Electromagnetic Physics.
Electromagnetic Physics.
Accelerator Physics.
Radiological Physics.