Maxwell's Equations & Light
Category: Maxwell's Equations
And God said, Let there be light: and there was light.
Posted by Matt Springer at 10:00 AM • 18 Comments • 0 TrackBacks
Now on ScienceBlogs: The Galaxy's Biggest Valentine
An exploration of physics and the quest to understand our world.
Matt Springer is a graduate student of physics at Texas A&M university. He is also an occasional writer and tinkerer, and he is probably too curious for his own good.
Help Matt not starve! Use this link to amazon.com when you order from Amazon, and a fraction of the purchase price will be sent to me at zero cost to you. Much obliged, and thanks for your patronage.
Category: Maxwell's Equations
And God said, Let there be light: and there was light.
Posted by Matt Springer at 10:00 AM • 18 Comments • 0 TrackBacks
Category: Maxwell's Equations
Fundamentally Maxwell's equations describe the origins of electric and magnetic fields. Given a set of conditions on the right hand side of the equations, you'll have fields described by the left hand side. Between the four equations the fields are...
Posted by Matt Springer at 10:00 AM • 11 Comments • 0 TrackBacks
Category: Maxwell's Equations
So far we've seen that electric charges create electric fields. We've also seen that magnetic charges would create magnetic fields if there were any such things, but there aren't. If you're in the business of creating electric fields, as the...
Posted by Matt Springer at 10:00 AM • 15 Comments • 0 TrackBacks
Category: Maxwell's Equations
In our examination of the first of Maxwell's four equations, we saw that magnetic charge doesn't exist as far as we can tell. On the other hand, electric charge permeates every aspect of our existence. The motion of charged electrons...
Posted by Matt Springer at 10:00 AM • 4 Comments • 0 TrackBacks
Category: Maxwell's Equations
All this week we're going to be briefly looking at James Clerk Maxwell's greatest contribution to physics - his theory of electromagnetism. The consequences and applications of the theory fill many volumes, but the conceptual and mathematical foundations of the...
Posted by Matt Springer at 12:47 PM • 17 Comments • 0 TrackBacks
Orac 02.13.2012
Tim Lambert 02.01.2012
Tim Lambert 09.12.2011
Orac 02.09.2012
ERV 11.26.2011