New #electrodynamics #physics video - looking at reflection and transmission of electromagnetic waves. Snell's law and Brewster's angle.

youtu.be/_dFKj6OE05I

Here is my lecture on EM plane waves for #electrodynamics #physics. Yes, I include a #python model for a plane wave

youtu.be/260PsZEiFuE

Here is circularly polarized wave in #python (for #electrodynamics #physics)

If the Aether is a #pressurized #medium, then the "Flow" of the #oceans must align with the Aetheric #Pressure #Gradient between N #Atlantic (Exhaust) & #Australia (Intake).
—Google

#pole #shift #geophysics
#Galilean #Non-Maxwellian #electrodynamics
#vss365 #suppressed #dystopian #crime #technology

I think this #physics #python video turned out better than I expected. Verifying Faraday's Law for #electrodynamics

youtu.be/s666ts_DOkg

Faraday python Faraday’s Law and Python. In this tutorial, we are going to model a loop with oscillating current and the induced emf on a nearby square loop. Faraday’s Law and the Electric Field In integral form,...

I created a worksheet tutorial for my #python #faradayslaw calculation ( #electrodynamics #physcis). Here it is in case you find it useful.

docs.google.com/document/d/1...

The “Boom” Moment: Using Python to Show Faraday’s Law Always Works In introductory physics courses, Faraday’s law goes something like this:

New #physics #python #electrodynamics post. Deeper dive into Faraday's law - using the changing magnetic vector potential to calculate the electric field to show emf = -dPhi/dt
rjallain.medium.com/the-boom-mom...

Carl-Gunne Fälthammar

Hannes Alfvén

Carl-Gunne Fälthammar
RIT Stockholm
Space/Plasma #Physics
School of #Electrical #Engineering
succeeded Hannes Alfvén in #Plasma Physics, 1975
plasma #electrodynamics
#auroral & #magnetospheric physics
Assoc Ed #Astrophysics & #Space #Science
www.plasma-universe.com/carl-gunne-f...
#vss365 #telescopy

New #physics #electrodynamics video. Calculating the force and torque on a loop of current near a bar magnet. Of course I do this two ways - first by treating the loop as a bunch of tiny wires and second using m x B and del(m dot B). #python
youtu.be/GqPPqCDN7go

New #physics video - magnetic vector potential. I think making a 3D visual with #python really helps. #electrodynamics

youtu.be/YiJmN9xDCeI

Magnetic Fields: From Lines to Loops to Solenoids The electrodynamics course starts off with a bunch of electric field stuff. After that, it finally gets to magnetostatics (non-changing…

Here's my #physics explanation of calculating the magnetic field due to a line, a loop, and a solenoid. Oh, of course #python is included. #electrodynamics

rjallain.medium.com/magnetic-fie...

New #physics #electrodynamics video - finding the magnetic field due a solenoid 3 ways: Ampere's law, Biot-Savart and #python (of course).

youtu.be/nP0wecIyx2E

New #physics #python video - visualizing the magnetic field due to a loop of current. Bonus: calculating the magnetic dipole moment for #electrodynamics

youtu.be/iEq-C91bMbU

New #physics video - finding the magnetic field due to a loop of current. No tricks in this derivation - but I do it again with #python (you probably knew that). #electrodynamics

youtu.be/D5xrtFD3uYM

What Is the Electric Displacement Field and How Does It Cheat Physics? We know that there are interactions between electrically charged objects. If two things have the same net electric charge, they will repel…

New #physics post - does Gauss's Law still work with dielectrics? This is basically a summary of the electric displacement field. #electrodynamics

rjallain.medium.com/what-is-the-...

New #physics #electrodynamics video - using #python to display the electric field due to dipole water molecule.

youtu.be/BmvTOyyZQpo

New #physics #electrodynamics video - 2 different ways to find the electric field from the dipole moment.

youtu.be/oy2mrY6NzPg

This #physics #electrodynamics video is for future-Rhett because he's going to forget how to make a quiver plot and contour plot due to an electric dipole. #python #iteachphysics

youtu.be/cP3l6-2Z9rs

New #physics #electrodynamics video - finding the electric potential and electric field due to a dipole. #iteachphysics

youtu.be/rF3R6-849Rs

New #physics #electrodynamics #python video - AGAIN doing the finite difference calculation of electric potential, but this time with Jupyter notebooks. Bonus: calculating the electric field. #iteachphysics

youtu.be/l9_Bacoo6Mc

New #physics #electrodynamics video - solving 2d electric potential with python and a finite difference relaxation method. #iteachphysics

youtu.be/BB5QZ2El1AI

New #physics video (this one is long). Using separation of variables to find the electric potential in a 2D area with boundary conditions ( #electrodynamics). Yes, 3D surface plot included at the end.
youtu.be/M3RDynwsFuw

New #physics #python #electrodynamics video - showing that we can repeat the method of images for a charge near a plate with a many body problem.

youtu.be/tUPKyG0QJ3w

Laplace Equation Laplace Equation Recall that the combination of Gauss’s Law and the definition of electric potential gives the following. The last equation gives a relationship between the potential and the cha...

For my #electrodynamics class, I made a tutorial to help students build a #python program to solve the 1D potential boundary problem using the finite difference method. Here it is in case you find it useful. #physics #iteachphysics

docs.google.com/document/d/1...

New #physics #python video - visualizing the electric flux through a cube. This is for my #electrodynamics course #iteachphysics

youtu.be/KIsB4rfJ7RI

New #physics #python video - visualizing the electric flux through a cube. This is for my #electrodynamics course

youtu.be/KIsB4rfJ7RI

New #physics video for my #electrodynamics course. Calculating the electric field due to point charges. It might seem simple, but it's the same thing you do for all sorts of problems. #iteachphysics. Oh, I do this in #python too.

youtu.be/SqCn1xTmcxw

The front page of the "London, Edinburgh and Dublin Philosophical Magazine and Journal of Science" dated February 1907. The page shows a scientific article by G.A. Schott titled "On the electron theory of matter and on radiation". The articles begins with the following words: "One of the most important problems of the Electron Theory of Matter is to account for the spectra emitted by the several elements; the solution of this problem, rather than of any other, seems likely to lead to the construction of a working model of the atom."

Quite surprisingly, most of the properties of (classical) synchrotron radiation were worked out by G.A. Schott in1907--1912 in his dissertation work.

Working in a 'pre-quantum' world, Schott wanted to explain the observed lines in the emission #spectra of atoms […]

[Original post on aus.social]

Original post on aus.social

Synchrotron light is conventionally defined as the emission from accelerated ultra-relativistic electric charges.

Ultra-relativistic means that the speed of the charge is extremely close to the speed of light, v ≈ c.

The first part of the book deals with introductory concepts, starting from […]

When Your Physics Textbook Gives You American Psycho Vibes

When Your Physics Textbook Gives You American Psycho Vibes

#Physics #Textbooks #Electrodynamics #Davidgriffiths #Americanpsycho

sciencehumor.io/physics-memes/when-your-...