Reaktor or Max/Msp or..?
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- KVRian
- Topic Starter
- 1236 posts since 29 Sep, 2003 from Karlshamn, Sweden
enough already! 
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- KVRian
- Topic Starter
- 1236 posts since 29 Sep, 2003 from Karlshamn, Sweden
i mentioned heizenbox before, and i have tested it now as well. found it hard to control? but then again i didnt give ut much time, as i felt smartelectronix efx made kinda the same thing but easier already.. 
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- KVRist
- 146 posts since 21 Jan, 2004
Tempest?
No, seriously. Does someone know what happened with Tempest Modular Synthesizer? I own a demo, that should stop at 31-april. But that date does not exist...So the demo goes on and on. A very nice modular synth but it was never finished.
No, seriously. Does someone know what happened with Tempest Modular Synthesizer? I own a demo, that should stop at 31-april. But that date does not exist...So the demo goes on and on. A very nice modular synth but it was never finished.
Last edited by 007 on Mon Feb 21, 2005 1:13 pm, edited 1 time in total.
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- KVRist
- 443 posts since 12 Feb, 2004
There is the new Heizenbox which is very good. 
Influenced by Heizenbergs uncertainty principle I'm sure.
Posted by Sonny at Madsci Network:
Message:
In Stephen Hawking's 'A Brief History of Time' I read that laws of physics
broke down and wouldn't allow for scientist to speculate very far what happens
inside black holes. However, if they break down, then does that mean that
Heizenberg's Principle break down, too? Would you be able to determine the
location and speed of an electron within a black hole?
Anyone working on this for a vsti
....I would be very interested 
Influenced by Heizenbergs uncertainty principle I'm sure.
Posted by Sonny at Madsci Network:
Message:
In Stephen Hawking's 'A Brief History of Time' I read that laws of physics
broke down and wouldn't allow for scientist to speculate very far what happens
inside black holes. However, if they break down, then does that mean that
Heizenberg's Principle break down, too? Would you be able to determine the
location and speed of an electron within a black hole?
Anyone working on this for a vsti
....I would be very interested 01001001 01110100 00100111 01110011 00100000 01100011 01100001 01101100 01101100 01100101 01100100 00100000 00100010 01000100 01100001 01101001 01110011 01111001 00101110 00100010
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- KVRist
- 443 posts since 12 Feb, 2004
Answer....from:
Chris Lintott, Undergraduate, Physics and topped off by the Mod
Message:
Difficult question! It's true that, according to the theory of general relativity, within a black hole the laws of physics as we understand them do not apply.
As you know, a black hole's gravitational attraction is so strong that not even light---the fastest thing in the universe---can escape. The region within is therefore effectively cut off from our Universe, and so different laws can apply.
Therefore, Heisenberg's uncertainty principle may not apply, but as no information could pass between the two regions we would never know. It's worth noting that despite the best effort of physicists for the last 40 years, we have no real theory which combines relativity and quantum mechanics, so the situation is far from clear.
[Moderator: Actually within the event horizon, general relativity makes reasonable predictions, so there's no expectation that our understanding of the laws of physics breaks down everywhere inside the event horizon. However, general relativity also predicts that inside an event horizon there will be a singularity of infinite density. This prediction of infinite density seems unreasonable and is what people mean when they say that our understanding of the laws of physics breaks down. Thus, only near the very center of the black hole would we become uncertain about the uncertainty principle, but there is no way to test this expectation either.]
Take me to the Blackhole armed with my Laptop and music software...I want to know what everything might sound like when I become a superstring.
Chris Lintott, Undergraduate, Physics and topped off by the Mod
Message:
Difficult question! It's true that, according to the theory of general relativity, within a black hole the laws of physics as we understand them do not apply.
As you know, a black hole's gravitational attraction is so strong that not even light---the fastest thing in the universe---can escape. The region within is therefore effectively cut off from our Universe, and so different laws can apply.
Therefore, Heisenberg's uncertainty principle may not apply, but as no information could pass between the two regions we would never know. It's worth noting that despite the best effort of physicists for the last 40 years, we have no real theory which combines relativity and quantum mechanics, so the situation is far from clear.
[Moderator: Actually within the event horizon, general relativity makes reasonable predictions, so there's no expectation that our understanding of the laws of physics breaks down everywhere inside the event horizon. However, general relativity also predicts that inside an event horizon there will be a singularity of infinite density. This prediction of infinite density seems unreasonable and is what people mean when they say that our understanding of the laws of physics breaks down. Thus, only near the very center of the black hole would we become uncertain about the uncertainty principle, but there is no way to test this expectation either.]
Take me to the Blackhole armed with my Laptop and music software...I want to know what everything might sound like when I become a superstring.
01001001 01110100 00100111 01110011 00100000 01100011 01100001 01101100 01101100 01100101 01100100 00100000 00100010 01000100 01100001 01101001 01110011 01111001 00101110 00100010