Apprently the German's have ruined techno.

[viagratek]

damn id tap that shit!!!

the one on the left i mean :lol:

[audioinjection]

:lol: :lol: :lol:

[xfive]

damn id tap that shit!!!

the one on the left i mean :lol:

We all know you're dislexic vidal....

[audioinjection]

lol

vidal taps anything

[The Overfiend]

:lol: Damn V. You're rep is well known lol

[g]

that, or it's the primary subject of anything he says. ;)

[massplanck]

I thought we had settled this arguement once and for all.

[viagratek]

lol

vidal taps anything

i would not tap rosanne bar

[viagratek]

i dont think i would tap shranz either :lol: (getting back on subject)

[Joseph Isaac]

But i'm just talking about some USA DJ's who just want to live with this kind of image like: "yeah i'm the big bad Mofo!"

This is very much local to his area too...NYC, specifically Brooklyn. Not that I'm knocking NYC or any of the burroughs, but, in the US, depending on what coast you are on, attitudes are VERY different. East Coast, more aggressive and rude, West Coast, more laid back and chill, and Third Coast, well, its the Dirty South, you'll have to experience is for yourself.

[SlavikSvensk]

i dont think i would tap shranz either :lol: (getting back on subject)

not even cannibal schranz?

[The Overfiend]

But i'm just talking about some USA DJ's who just want to live with this kind of image like: "yeah i'm the big bad Mofo!"

This is very much local to his area too...NYC, specifically Brooklyn. Not that I'm knocking NYC or any of the burroughs, but, in the US, depending on what coast you are on, attitudes are VERY different. East Coast, more aggressive and rude, West Coast, more laid back and chill, and Third Coast, well, its the Dirty South, you'll have to experience is for yourself.

What you trying to say motherf*cker! :lol: ;)

[Ritzi Lee]

In the Quantum Mechanical world, the idea that we can measure things exactly breaks down. Let me state this notion more precisely. Suppose a particle has momemtum p and a position x. In a Quantum Mechanical world, I would not be able to measure p and x precisely. There is an uncertainty associated with each measurement, e.g., there is some dp and dx, which I can never get rid of even in a perfect experiment!!!. This is due to the fact that whenever I make a measurement, I must disturb the system. (In order for me to know something is there, I must bump into it.) The size of the uncertainties are not independent, they are related by

dp x dx > h / (2 x pi) = Planck's constant / ( 2 x pi )

The preceding is a statement of The Heisenberg Uncertainty Principle. So, for example, if I measure x exactly, the uncertainty in p, dp, must be infinite in order to keep the product constant.

[SlavikSvensk]

don't forget that d=n/n+1

[Joseph Isaac]

But i'm just talking about some USA DJ's who just want to live with this kind of image like: "yeah i'm the big bad Mofo!"

This is very much local to his area too...NYC, specifically Brooklyn. Not that I'm knocking NYC or any of the burroughs, but, in the US, depending on what coast you are on, attitudes are VERY different. East Coast, more aggressive and rude, West Coast, more laid back and chill, and Third Coast, well, its the Dirty South, you'll have to experience is for yourself.

What you trying to say motherf*cker! :lol: ;)

LOL! :clap:

[DJ Becka]

But i'm just talking about some USA DJ's who just want to live with this kind of image like: "yeah i'm the big bad Mofo!"

This is very much local to his area too...NYC, specifically Brooklyn. Not that I'm knocking NYC or any of the burroughs, but, in the US, depending on what coast you are on, attitudes are VERY different. East Coast, more aggressive and rude, West Coast, more laid back and chill, and Third Coast, well, its the Dirty South, you'll have to experience is for yourself.

What you trying to say motherf*cker! :lol: ;)

Yea.....whatcha tryin to say.....You better recognize, beyotch!!! :lol:

[massplanck]

In the Quantum Mechanical world, the idea that we can measure things exactly breaks down. Let me state this notion more precisely. Suppose a particle has momemtum p and a position x. In a Quantum Mechanical world, I would not be able to measure p and x precisely. There is an uncertainty associated with each measurement, e.g., there is some dp and dx, which I can never get rid of even in a perfect experiment!!!. This is due to the fact that whenever I make a measurement, I must disturb the system. (In order for me to know something is there, I must bump into it.) The size of the uncertainties are not independent, they are related by

dp x dx > h / (2 x pi) = Planck's constant / ( 2 x pi )

The preceding is a statement of The Heisenberg Uncertainty Principle. So, for example, if I measure x exactly, the uncertainty in p, dp, must be infinite in order to keep the product constant.

:clap:

My time Machine is almost ready. No need to worry about the future no more. I'm gonna transport us all back to 1992.

[SlavikSvensk]

My time Machine is almost ready. No need to worry about the future no more. I'm gonna transport us all back to 1992.

ooh...can we go even farther back?

...i'd like to start trax records but actually pay the artists...

[Ritzi Lee]

don't forget that d=n/n+1

Oh sorry i forgot to tell that dp is a differential.
d is not a variable. It is the difference / delta sign.
dp is the difference p(x+t) - p(x), where the limit t --> 0. :)

[Ritzi Lee]

:clap:

My time Machine is almost ready. No need to worry about the future no more. I'm gonna transport us all back to 1992.

;)

I'd like to know in the future which method you used to determine the right lightcone to predict the geodesics in our space-time causality.