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Click to view NHSenior's profile Legend 388 posts since
Nov 23, 2007
30. Nov 30, 2007 3:44 PM in response to: Kawasa
quote:<HR>Originally posted by pigeye:
Ah, but we do. It is called Quantum Mechanics. <HR>


Is that a monthly or bimonthly publication?
Click to view BrutaI's profile Amateur 8 posts since
Sep 23, 2006
32. Nov 30, 2007 5:16 PM in response to: Kawasa
quote:<HR>Originally posted by Kawasaki500:
If you can explain it then how is it random?<HR>


Quantum mechanics is a highly successful theory of nature which asserts, among other things, that some events are intrinsically random: that in some situations multiple outcomes are possible from identical initial configurations.

You might imagine that quantum mechanics isn't the whole story, that nature isn't "really" random; there is some hidden state we simply don't have access to that makes everything deterministic. But it turns out that that assumption raises a host of other problems, generally considered more philosophically objectionably than inherent randomness. See e.g. http://en.wikipedia.org/wiki/Principle_of_locality[/URL" target="_blank"> .

BTW, Einstein agreed with you that "God does not play dice with the universe". Most physicists will say he was wrong.

In any case, randomness is a perfectly fine mathematical concept, useful in any number of applications, completely independent of its embodiment in quantum mechanics.
Click to view grimupnorth's profile Legend 251 posts since
Dec 14, 2007
33. Nov 30, 2007 5:18 PM in response to: Kawasa
quote:<HR>Originally posted by BrutaI:
Quantum mechanics is a highly successful theory of nature which asserts, among other things, that some events are intrinsically random: that in some situations multiple outcomes are possible from identical initial configurations.

You might imagine that quantum mechanics isn't the whole story, that nature isn't "really" random; there is some hidden state we simply don't have access to that makes everything deterministic. But it turns out that that assumption raises a host of other problems, generally considered more philosophically objectionably than inherent randomness. See e.g. http://en.wikipedia.org/wiki/Principle_of_locality[/URL" target="_blank"> .

BTW, Einstein agreed with you that "God does not play dice with the universe". Most physicists will say he was wrong.

In any case, randomness is a perfectly fine mathematical concept, useful in any number of applications, completely independent of its embodiment in quantum mechanics.

<HR>



Brutal? Is that you?
Click to view Ripplerun's profile Legend 292 posts since
Dec 10, 2002
34. Nov 30, 2007 5:24 PM in response to: Kawasa
quote:<HR>Originally posted by Kawasaki500:
There's no such thing as random so why is there a word for it?<HR>


Dude....don't bogart that joint!
Click to view Ripplerun's profile Legend 292 posts since
Dec 10, 2002
36. Nov 30, 2007 5:29 PM in response to: Kawasa
quote:<HR>Originally posted by Kawasaki500:
It's no joint, it's called six miles of anaerobic exercise. <HR>


Aw!

Why do they use sterilized needles for lethal injections?
Click to view Ripplerun's profile Legend 292 posts since
Dec 10, 2002
38. Nov 30, 2007 5:37 PM in response to: Kawasa
quote:<HR>Originally posted by Kawasaki500:
I didn't know they did that. Are you an executioner?<HR>


No I'm just throwing some random shlt out there.

Have a great weekend!
Click to view ElDuderino095's profile Legend 276 posts since
Oct 17, 2005
40. Nov 30, 2007 5:47 PM in response to: Kawasa
quote:<HR>Originally posted by BrutaI:
Quantum mechanics is a highly successful theory of nature which asserts, among other things, that some events are intrinsically random: that in some situations multiple outcomes are possible from identical initial configurations.

You might imagine that quantum mechanics isn't the whole story, that nature isn't "really" random; there is some hidden state we simply don't have access to that makes everything deterministic. But it turns out that that assumption raises a host of other problems, generally considered more philosophically objectionably than inherent randomness. See e.g. http://en.wikipedia.org/wiki/Principle_of_locality[/URL" target="_blank"> .

BTW, Einstein agreed with you that "God does not play dice with the universe". Most physicists will say he was wrong.

In any case, randomness is a perfectly fine mathematical concept, useful in any number of applications, completely independent of its embodiment in quantum mechanics.

<HR>


.... my head just exploded....
Click to view russellm's profile Pro 67 posts since
Oct 19, 2000
41. Dec 1, 2007 12:29 AM in response to: Kawasa
quote:<HR>Originally posted by Kawasaki500:
There's no such thing as random so why is there a word for it?<HR>


whoa, dude, that's like pretty random, eh.
Click to view makeda023's profile Legend 825 posts since
Aug 16, 1999
42. Dec 1, 2007 12:46 AM in response to: Kawasa
For a while there, I had students who would use the word "random" when they meant "a variety." As in... "So you just tape random TV?"
Click to view Iontach's profile Legend 1,522 posts since
Dec 14, 2007
43. Dec 1, 2007 1:49 AM in response to: Kawasa
quote:<HR>Originally posted by BrutaI:
Quantum mechanics <snip><HR>


A late but attractive candidate for Post of the Year.
Click to view ljwoodw's profile Legend 550 posts since
Dec 14, 2007
44. Dec 20, 2007 6:31 PM in response to: Kawasa
quote:<HR>Originally posted by BrutaI:
Quantum mechanics is a highly successful theory of nature which asserts, among other things, that some events are intrinsically random: that in some situations multiple outcomes are possible from identical initial configurations.

You might imagine that quantum mechanics isn't the whole story, that nature isn't "really" random; there is some hidden state we simply don't have access to that makes everything deterministic. But it turns out that that assumption raises a host of other problems, generally considered more philosophically objectionably than inherent randomness. See e.g. http://en.wikipedia.org/wiki/Principle_of_locality[/URL" target="_blank"> .

BTW, Einstein agreed with you that "God does not play dice with the universe". Most physicists will say he was wrong.

In any case, randomness is a perfectly fine mathematical concept, useful in any number of applications, completely independent of its embodiment in quantum mechanics.

<HR>


Posts: 55
Hmmm?

Anyway, I'll definitely say it annoys me how often people use the word "random", or write sonnets devoted to "randomness" that are so, so deep...

Kawasaki...you know where you're headed with this? To an outright rejection of free will...which is a belief of mine...

http://This message has been edited by ljwoodw (edited Dec-01-2007).