diy bybee quantum purifiers?

[scott wurcer]

Who's on first?

 

[john curl]

Please read the paper, and criticize it. I didn't write it.

 

[SY]

Who's on first?

"I don't know."


And I still don't know how any of this complete lack of comprehension about CNTs relates to the Bybee snake oil.

 

[john curl]

Just read the paper, everyone, if you can.

 

[syn08]

And I still don't know how any of this complete lack of comprehension about CNTs relates to the Bybee snake oil.

And now that even a moderator was censored for off topic posting, perhaps somebody will care to figure out what has this entire topic to do with audio, and in particular the CNT's with DIY.

 

[scott wurcer]

Just read the paper, everyone, if you can.

Can you? Pretty easy misdirection, reference material that most folks can't comprehend easily. There's an MIT course dedicated to deriving Ohm's law from first principles, could you go up to the white board and repeat the results?

 

[Steve Eddy]

Everyone please read the paper I cited. Maybe, Steve Eddy would be nice enough to put it up here for everyone to see.
Think of the quantum resistance as BALLISTIC resistance, or electrons shot from nanotubes. Short distance = fast, no barriers means even faster, the RESISTANCE appears out of the quantum mechanics of the waveform of the electron (or something like that).

Speed is irrelevant.

se

 

[Steve Eddy]

And I still don't know how any of this complete lack of comprehension about CNTs relates to the Bybee snake oil.

It doesn't. It's just the same tired old smokescreen.

se

 

[john curl]

Well, everyone, I am disappointed, but this quantum resistor directly relates to some of Bybee's products. However, I must give up the quest. Please read the paper anyway. You might find that it exceeds your initial understanding of how things work, but the math is simple, the paper is 12 years old, and you never know. You might find a few of these things in future products.

 

[beben4512]

Well, everyone, I am disappointed, but this quantum resistor directly relates to some of Bybee's products. However, I must give up the quest. Please read the paper anyway. You might find that it exceeds your initial understanding of how things work, but the math is simple, the paper is 12 years old, and you never know. You might find a few of these things in future products.

Sorry, i think they are good . not so terrible as U said.

 

[Steve Eddy]

Well, everyone, I am disappointed, but this quantum resistor directly relates to some of Bybee's products.

No, it doesn't.

se

 

[john curl]

Well, everyone, what can I say? However, please read up on your physics and we can talk again. Personally, I am more concerned about wire purity and geometry, but that is another forbidden subject, here.
If nobody will read the simple 3 page text and ask a few questions about it, then I am at the end of the line.

 

[jrenkin]

Well, everyone, what can I say? However, please read up on your physics and we can talk again. Personally, I am more concerned about wire purity and geometry, but that is another forbidden subject, here.
If nobody will read the simple 3 page text and ask a few questions about it, then I am at the end of the line.

do you have a link? I can't find it among all the slingings.

 

[godfrey]

Here's a PDF: http://130.251.133.8/NR/rdonlyres/0...456/scheda6CarbonNanotubeQuantumResistors.pdf

(assuming that's the paper John's referring to)
I'm still trying to digest it...

 

[john curl]

I have Science/AAAS | Scientific research, news and career information The title is 'CARBON NANOTUBE QUANTUM RESISTORS' Vol. 280, 12 JUNE 1998 PP. 1744-46

 

[john curl]

Thanks Godfrey.

 

[Steve Eddy]

I have Science/AAAS | Scientific research, news and career information The title is 'CARBON NANOTUBE QUANTUM RESISTORS' Vol. 280, 12 JUNE 1998 PP. 1744-46

And it has absolutely nothing to do with what's being discussed here.

That you can't grasp that only illustrates that you don't know what you're talking about and are just throwing up a smoke screen.

se

 

[john curl]

I kind of like quantum resistors, and they have several intrinsic advantages over other resistors. Anyone like to venture what these advantages are? They also have a few disadvantages, and they will not replace Vishay, etc. anytime soon.

 

[Steve Eddy]

I kind of like quantum resistors, and they have several intrinsic advantages over other resistors. Anyone like to venture what these advantages are? They also have a few disadvantages, and they will not replace Vishay, etc. anytime soon.

This isn't the the thread for discussing resistors.

se

 

[john curl]

Bybee devices use resistors. They are necessary for its operation.