;-)
If you want to hear the influence of loudspeaker cabinets, you simply have to wrap them with a blanket or a curtain.
If you want to hear the influence of loudspeaker cabinets, you simply have to wrap them with a blanket or a curtain.
;-)
Because the distinction between measuring and listening always comes up: also listening, hear is measuring. And if you use or develop AUDIO (to listen, to hear)
-technology, then listening, hear is the measuring method in the first place.
Anyone who thinks they can replace highly complex hearing measurement methods with less complex looking measurement methods...-)-...
Because the distinction between measuring and listening always comes up: also listening, hear is measuring. And if you use or develop AUDIO (to listen, to hear)
-technology, then listening, hear is the measuring method in the first place.
Anyone who thinks they can replace highly complex hearing measurement methods with less complex looking measurement methods...-)-...
Your question may be condensed to "what on earth are crumbbs koans?"
Regarding "burn in" or shape and diameters of current conductors:
We see currents. And the courses of these currents are constantly changing. In the case of e.g. lightning strikes and rivers, we have quasi search currents that are scanning ahead. And with constant current, with repetitions, we have "paths with less resistance".
From this we can also deduce what a current conductor or signal conductor should ideally look like, in shape and diameter, in order to reduce even the shortest search currents and secondary paths, that audibly "distort" the signal.
Physics only;-)
We see currents. And the courses of these currents are constantly changing. In the case of e.g. lightning strikes and rivers, we have quasi search currents that are scanning ahead. And with constant current, with repetitions, we have "paths with less resistance".
From this we can also deduce what a current conductor or signal conductor should ideally look like, in shape and diameter, in order to reduce even the shortest search currents and secondary paths, that audibly "distort" the signal.
Physics only;-)
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