Physics

Lecture 4 | 2nd Semester | Equation of Continuity

Lecture 3 | 2nd Semester | Drift velocity

Lecture 2 | 2nd semester | Electric Current Density

LASER | Lecture 11 | Four-level laser Difference b/w 3-level & 4-level laser

Lecture 1 | 2nd Semester | Electric Current

LASER | Lecture 10 | Metastable state | Three level Laser

Lecture 14 Frames with translational acceleration

Etienne Klein - Albert Einstein et la Relativité

Etienne Klein - Albert Einstein and Relativity

Lecture 13 Problems in Central force motion continued

LASER | Lecture 9 | Population Inversion | Mathematical analysis

LASER | Lecture 8 | Spatial Coherence | Transverse Coherence length

Why the Muon g-2 Results Are So Exciting!

OPTICS | Optical activity | Specific Rotation

Lecture 5 Reflection of a plane wave at normal incidence (Spring 2021)

CET OBJET A MILLE MILLIARDS DE FOIS L'ÂGE DE L'UNIVERS !

THIS OBJECT IS A THOUSAND BILLION TIMES THE AGE OF THE UNIVERSE!

Lecture 3 Evanescent Wave (Spring 2021)

NUCLEAR PHYSICS | Lecture 6 | Bethe Bloch Relation

NUCLEAR PHYSICS | Lecture 5 | Bohr formula of Energy loss

Lecture 12 Problems in Central force motion continued

Divergence of a Vector Function (Physical Significance) - BSc Physics Series - by Shilpy Bhullar

NUCLEAR PHYSICS | Lecture 4 | Bohr Formula of Energy Loss

LASER | Lecture 7 | Coherence of Laser light

NUCLEAR PHYSICS | Lecture 3 | Interaction of Heavy Charged particle with matter part 2 |6th Semester

NUCLEAR PHYSICS | Lecture 2 | Interaction of Heavy Charged particle with matter | 6th Semester

Lecture 3-4: Solved Examples and Poynting Vector (Spring 2021)

Lecture 2: Wave Propagation in Different materials (Part 2) (Spring 2021)

Lecture 3 -Fresnel's Equations (Part 1) Spring 2021

NUCLEAR PHYSICS | Lecture 1 | Introduction to Nuclear radiations | 6th Semester

LASER | Lecture 6 | Monochromaticity of Laser light

LASER | Lecture 5 | Directionality & Intensity of Laser light

Lecture 11 Problems in Central force motion continued

Lecture 10 Problems in Central force motion continued

OPTICS | Huygen's Theory of Double Refraction | Part 2

Lecture 09 Problems in Central force motion

OPTICS | Huygen's Theory of Double Refraction | Part 1

Lecture 08 Path of a particle in inverse square attractive ...

LASER | Lecture 4 | Conditions of Lasing action

Lecture 6 Central force motion

Lecture 07 Effective potential energy diagrams

Lecture 05 Angular momentum of a particle