Wednesday, November 2, 2011

Halloween Photos

Here are some photos from Halloween, courtesy of Kathbert. First is a shot of our pumpkins: hers, Rich's (which has Maxwell's Equation on it), and mine.


Here is a close-up of Kathbert's pumpkin, showing its ears:



This is Rich's house, with the post ghost before I put sunglasses on it:


Here I am as the Popcorn Ninja with the post ghost:


Here are the pumpkins lit up with a creepy tree branch shadow:


Here is a close-up of Kathbert's pumpkin lit up:


And here is a close-up of Rich's with Maxwell's Equation (Rich's photo):


And here is a close-up of my pumpkin:


And finally, here is Rich's porch with the lights and jack-o-lanterns (second photo courtesy of Rich):




Famous Hat

5 comments:

Hardingfele said...

I am very impressed by the pumpkin with the Maxwell's equation and for those who dont know what it is (I had to google it "Maxwell's equations are a set of partial differential equations that, together with the Lorentz force law, form the foundation of classical electrodynamics, classical optics, and electric circuits. These fields in turn underlie modern electrical and communications technologies.
" and so forth

Famous Hat said...

Rich needs to keep his nerd cred intact. What did Rockstar Tailor dress up as this year?

Catherine Arnott Smith said...

Oh, I like totally knew what Maxwell's equation was ... NOT

Fortunately I do not have to teach physics.

Famous Hat said...

I don't even know what all the symbols are in Maxwell's equation! Maybe they are Rich's attempt at Greek letters...?

Richard Bonomo said...

∇ is known as a "del". "∇ X" is the convention for representing the operation in multivariable calculus known as the "curl".
B stand for magnetic flux density.
J stands for current density.
E stands for electric field intensity.
µ is magnetic permeability
ε is magnetic permittivity
∂ represents partial derivatives