Bohemian Gravity
- geckzilla
- Ocular Digitator
- Posts: 9180
- Joined: Wed Sep 12, 2007 12:42 pm
- Location: Modesto, CA
- Contact:
Re: Bohemian Gravity
I hereby crown this man Nerd of the Year 2013... there's not a chance anyone else can even compete at this point. There's no way I could even get past watching videos of my own face for entire days at a time.
Just call me "geck" because "zilla" is like a last name.
Re: Bohemian Gravity
Neuf,
That was so good, I had to pass it on
That was so good, I had to pass it on
Re: Bohemian Gravity
In keeping with the Gravity of the situation, i don't know what to say. He seems to be way 'beyond' me.
To find the Truth, you must go Beyond.
- orin stepanek
- Plutopian
- Posts: 8200
- Joined: Wed Jul 27, 2005 3:41 pm
- Location: Nebraska
Re: Bohemian Gravity
Czech it out; Bohemian Gravity yet! too deep for me though!
Orin
Smile today; tomorrow's another day!
Smile today; tomorrow's another day!
- neufer
- Vacationer at Tralfamadore
- Posts: 18805
- Joined: Mon Jan 21, 2008 1:57 pm
- Location: Alexandria, Virginia
Re: Bohemian Gravity
Is that more prestigious than being Goofball of the Yeargeckzilla wrote:
I hereby crown this man Nerd of the Year 2013...
Art Neuendorffer
- neufer
- Vacationer at Tralfamadore
- Posts: 18805
- Joined: Mon Jan 21, 2008 1:57 pm
- Location: Alexandria, Virginia
Re: Bohemian Gravity
https://en.wikipedia.org/wiki/Path_integral_formulation wrote:
<<The basic idea of the path integral formulation can be traced back to Norbert Wiener, who introduced the Wiener integral for solving problems in diffusion and Brownian motion. This idea was extended to the use of the Lagrangian in quantum mechanics by Paul Dirac in his 1933 article. The complete method was developed in 1948 by Richard Feynman. Some preliminaries were worked out earlier in his doctoral work under the supervision of John Archibald Wheeler. The original motivation stemmed from the desire to obtain a quantum-mechanical formulation for the Wheeler–Feynman absorber theory using a Lagrangian (rather than a Hamiltonian) as a starting point.
Art Neuendorffer