Physics

Peut-on falsifier la théorie des cordes avec des télescopes ? (pour physiciens non-spécialistes)

Can we falsify string theory with telescopes? (for non-specialist physicists)

NUCLEAR PHYSICS | Lecture 15 | Geiger-Müller Counter | Construction Principle and Working

Lecture 21 | 2nd Sem | Magnetic force on current carrying wire | Biot Savart Law

NUCLEAR PHYSICS | Lecture 14 | Ionization & Proportional Counter

Lecture 20 | 2nd Sem | Interaction between moving charges Part 2

NUCLEAR PHYSICS | Lecture 13 | Radiation Detectors

Lecture 21 Effective g and Coriolis force

Lecture 19 | 2nd Sem | Interaction between Moving Charges

Risking My Life To Settle A Physics Debate

QSI Seminar: Richard Kueng, Johannes Kepler University Linz, Austria

Numerical problems | Chapter 1 | Electricity & Magnetism

Lecture 18 | 2nd Semester | Force on Charge in Two inertial frames

Lecture 17 | 2nd Sem | Relation of Forces in two inertial frames | Part 2

Curl of a Vector in Cartesian Coordinates - BSc Physics Series - by Shilpy Bhullar (Hindi/English)

Lecture 20 Earth's frame

Lecture 16 | 2nd Semester | Relation of Forces in two inertial frames

NUCLEAR PHYSICS | 6th Sem | lecture 12 | Absorption of Gamma rays

Lecture 15 | Sem 2 | Velocity Transformations

IQIS Lecture 8.7 — Inverting quantum channels (revisited)

NUCLEAR PHYSICS | Lecture 11 | Pair Production | Dirac Theory

IQIS Lecture 8.6 — Inverting quantum channels

Lecture 14 | 2nd Sem | Electric field due to moving charge (special cases)

NUCLEAR PHYSICS | Lecture 10 | Compton Scattering II

Lecture 13 | 2nd Semester | Electric field of a Moving charge

IQIS Lecture 8.3 — Three-qubit repetition code for bit-flip errors

Lecture 19 Analysis of demo on Rotating disk

QSI Seminar: Martin Plávala, University of Siegen, Germany

NUCLEAR PHYSICS | Lecture 9 | Compton Scattering

LASER | Lecture 19 | Natural Broadening Derivation

LASER | Lecture 18 |Broadening of Spectral line

Lecture 12 | 2nd Semester | Transformation of Electric Field

NUCLEAR PHYSICS | Lecture 8 | Interaction of Gamma rays with matter

LENGTH CONTRACTION & TIME DILATION | Lecture 11 | Electricity & Magnetism

Lecture 18 Problems on rotating frames

Introduction | SPECIAL THEORY OF RELATIVITY | Lecture 10 | Electricity & Magnetism

LASER | Lecture 17 | Füchtbauer Ladenburg Formula

LASER | Lecture 16 | Kinetics of Optical Absorption

LASER | Lecture 15 | Lifetime of an Energy State

Lecture 9 | 2nd Semester | Invariance Of Charge

LASER | Lecture 14 | Line Shape Function & Line width