woof woof ! wrote:s@int wrote:
The gangs all here
Ciggy, Wooly , Dawson, Taff, Woof and peewee in their youth
Notice Oasis and his multiple personalities are lurking in the undergrowth . Scary![]()

woof woof ! wrote:s@int wrote:
The gangs all here
Ciggy, Wooly , Dawson, Taff, Woof and peewee in their youth
Notice Oasis and his multiple personalities are lurking in the undergrowth . Scary![]()
s@int wrote:I thought I saw a lady with one earring flying over my houseI just presumed it was the mother-in-law on her broomstick. So, sorry about throwing stones
s@int wrote:Sophe has already admitted that she concentrated mostly on developing her theory on quantum mechanics probably to the detriment of her English. As she said earlier :-The Laplacian mechanic is used for finding of the steady state solution in wave mechanic (the resonance conditions, for example). This is especially useful in quantum field theory, which doesn't care about momentary state of the dynamic system by its very definition due the probabilistic character of wave mechanic, based on the Heissenberg uncertainty principle).
This is why, whole the formalism of quantum field theories is based on the Laplace (the steady state of mass spreading) and Hamilton (the steady state of energy spreading) formalism.
Personally I'm not quite sure she's completely right but its a start. I think she expressed it better with her equation :-
frequency = c/r = c^3/G*me = 2.99792458E+8 / 6.76030371E-58m = 4.43460044 E+67 1/s
I think that says it all.
The Canadian Red Army wrote:s@int wrote:Sophe has already admitted that she concentrated mostly on developing her theory on quantum mechanics probably to the detriment of her English. As she said earlier :-The Laplacian mechanic is used for finding of the steady state solution in wave mechanic (the resonance conditions, for example). This is especially useful in quantum field theory, which doesn't care about momentary state of the dynamic system by its very definition due the probabilistic character of wave mechanic, based on the Heissenberg uncertainty principle).
This is why, whole the formalism of quantum field theories is based on the Laplace (the steady state of mass spreading) and Hamilton (the steady state of energy spreading) formalism.
Personally I'm not quite sure she's completely right but its a start. I think she expressed it better with her equation :-
frequency = c/r = c^3/G*me = 2.99792458E+8 / 6.76030371E-58m = 4.43460044 E+67 1/s
I think that says it all.
You mentioned my last name in your passage too.
Bad Bob wrote:The Canadian Red Army wrote:s@int wrote:Sophe has already admitted that she concentrated mostly on developing her theory on quantum mechanics probably to the detriment of her English. As she said earlier :-The Laplacian mechanic is used for finding of the steady state solution in wave mechanic (the resonance conditions, for example). This is especially useful in quantum field theory, which doesn't care about momentary state of the dynamic system by its very definition due the probabilistic character of wave mechanic, based on the Heissenberg uncertainty principle).
This is why, whole the formalism of quantum field theories is based on the Laplace (the steady state of mass spreading) and Hamilton (the steady state of energy spreading) formalism.
Personally I'm not quite sure she's completely right but its a start. I think she expressed it better with her equation :-
frequency = c/r = c^3/G*me = 2.99792458E+8 / 6.76030371E-58m = 4.43460044 E+67 1/s
I think that says it all.
You mentioned my last name in your passage too.
What? Spreading? Or maybe, you've got one of those hyphenated names: Mass-Spreading?
peewee wrote:bob laplacian
Users browsing this forum: No registered users and 25 guests