It might be true that people with the skill is easy to find in Germany. Lots of good products come out of Germany. The square you are talking about is very general skill, the sliding fit is easily accomplished by machine. But there are situations when you start having strict tolerance requirements, the human skill is more important than most can imagine. At least here, such people with such patience and dedication is hard to find across multiple industries.
But hey, if you have anyone that that has experience with some precision stuff and might be interested in coming to Taiwan, give me a PM.
Pipelines & C . in hardware such micros and nanos that make a chip is no news in technology
Today's English not very happy
I retry
We ( I ) always looked at Taiwan when thinking of big implants for making the PC parts
Today's English not very happy
I retry
We ( I ) always looked at Taiwan when thinking of big implants for making the PC parts
You are asking for new physics in order to explain snake oil products and snake oil ideas.Max Headroom said:
The quick answer is that if you could understand the answer you would not need to ask the question. A slightly slower answer is that it adds impedance to the conductor threaded through it over a limited frequency range. Secondary effects may include distortion if too much current is present. Given knowledge of the ferrite properties you could probably model it using Comsol Multiphysics.
The wise man can laugh at that which he understands only too well.
So that is why we need hand made mains cables?soongsc said:
Absolutely. Hand labour is way more prone to error and tolerances are much wider (how do I properly say this in English?). So there's a greater difference between each cable then with completely (and properly) machine made ones.
This finally opens the gates for listening for differences in mains cables as there are slight differences.
Probably none that matter, but still.
Sure, and according to the ferrite formulation.
Sure, and according to the ferrite formulation.
Ok, using which parameters ?, and thanks, I will give it a look.
Ferrite should not affect the sound of a system seems to be engineering opinion, but practice shows this not to be the case.
Yes, when the wise man really understands....do any of us know how magnetics really works.
Dan.
No. The ferrite is a frequency dependent filter. IF a signal is present that is affected by that filter and an appliance is connected that is affected by that signal, then adding or removing said ferrite has an effect on the behaviour of that appliance.
How hard is that?
What's "really" in that context?
Loads of people understand magnetics well enough to precisely predict behaviour and make use of that in engineering.
Some people even understand goop well enough to make it do something.
How does that work with soundstage atoms? Are they blocked by a field in equipment that needs to be neutralized by Bybee thingies?
Wrong conclusion. The fact that you do not understand magnetism does not exclude other individuals from a deeper insight of physics.
There are other forces at work but yes for all matter virtually nothing is there. Well maybe neutron stars I don't know but we can stick with our normal experience.
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So go ahead, please educate us all on how magnetism is generated, and how magnetic fields and strongly magnetic and weakly magnetic materials interact, don't forget all the magnetic classifications of materials.
Dan.
Did you not know that male virgins make the best cables? The more aged the better?
I am not your teacher of physics. But if you are really interested, Feynmans Lectures on Physics are imho one of the best tutorials ever written. And they are sometimes entertaining as well🙂
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