Capt. JG wrote:
Umm... isn't that from a wave function? But I don't get it.

--
"j" ganz @@
www.sailnow.com

wrote in message
oups.com...

Jeff wrote:
wrote:
Ellen MacArthur wrote:
wrote

| Maxwells Equations allow me to sail. From them, I can derive the
| Fresnel Equations from which I can derive the concept of total
extrnal
| reflection for x-rays for which I design optics that pay my bills so
I
| can sail when I please. HURRAH for Maxwell.


Uh, this is an English newsgroup. What language are you speaking,
O'Hara?

Cheers,
Ellen

Dang, I was gonna post a physics joke but you cant use greek letters
here.

I used to wear a Maxwell's Equations sweatshirt when sailing. I see
they're still in vogue.

http://www.cafepress.com/math_shirts/282002

I once went to a physics halloween party as an "insane physicist"
wearing a T-shirt that said (put in appropriate greek letters) " Psi
Star Psi =i". If you get this, you're really a geek.


"Normalized" wave functions (Integral of WF times its complex
conjugate) have to be equal 1 in order for the probability of finding
the particle somewhere is 1. If the probability of finding yourself
anywhere in the universe is imaginary (i), then........

Hehh.... ok I'm 1/2 a geek.

--
"j" ganz @@
www.sailnow.com

wrote in message
oups.com...

Capt. JG wrote:
Umm... isn't that from a wave function? But I don't get it.

--
"j" ganz @@
www.sailnow.com

wrote in message
oups.com...

Jeff wrote:
wrote:
Ellen MacArthur wrote:
wrote

| Maxwells Equations allow me to sail. From them, I can derive the
| Fresnel Equations from which I can derive the concept of total
extrnal
| reflection for x-rays for which I design optics that pay my bills
so
I
| can sail when I please. HURRAH for Maxwell.


Uh, this is an English newsgroup. What language are you
speaking,
O'Hara?

Cheers,
Ellen

Dang, I was gonna post a physics joke but you cant use greek letters
here.

I used to wear a Maxwell's Equations sweatshirt when sailing. I see
they're still in vogue.

http://www.cafepress.com/math_shirts/282002

I once went to a physics halloween party as an "insane physicist"
wearing a T-shirt that said (put in appropriate greek letters) " Psi
Star Psi =i". If you get this, you're really a geek.


"Normalized" wave functions (Integral of WF times its complex
conjugate) have to be equal 1 in order for the probability of finding
the particle somewhere is 1. If the probability of finding yourself
anywhere in the universe is imaginary (i), then........

Bigger.

--
"j" ganz @@
www.sailnow.com

"Charlie Morgan" wrote in message
...
On Tue, 12 Sep 2006 14:08:51 -0700, "Capt. JG"
wrote:

Hehh.... ok I'm 1/2 a geek.

pipsgeek?