I'm sorry... but I'm not the one playing games.
However, I do tend to be somewhat intolerant of "playing fast and loose with the facts".
I ABSOLUTELY agree that there is a difference between "theoretycial science", "practical science", and "commercial engineering". And I repeatedly agreed that it might possibly be beyond the capabilities of normally available studio equipment to do what I was suggesting.. I have also routinely agreed with the limitations suggested by others - in terms of practical limitations of studio recording technology, and of what is likely to be audible in a typical commercial recording. However,
@gregorio insists on conflating the limits of current studio equipment with what is technically possible in the general sense. (Just to be perfectly clear, I do NOT specifically dispute any of his claims regarding what is possible in a modern recording studio, with the equipment normally found there. I don't even dispute that the capabilities of a typical recording studio MIGHT be sufficient to meet the requirements of the consumer market for which they produce product, although I do not accept that as a given. I simply dispute his attempt to assert that the limitations of the equipment in his favorite recording studio represent universal limitations on all current and future technology....)
I'm simpy attempting to show that actually stating claims accurately and concisely is important.
If you're talking about "the limitations of most common studio equipment" - then say so.
And, if you're talking about "what people are likely to notice in a commercial recording" - then say that.
(That would seem to be the appropriate thing to do in a forum dedicated to "common myths and claims".)
However, conflating either of those with "theoretical impossibility" is both misleading and just plain bad science.
In real science, if something "is true most of the time", then we simply say "it's true most of the time".
(Or, more properly, if we know the limits of where and when it's true, we include those in our claim.)
If your model is true most of the time, then simply say so, and there will be no confusion.
And feel free to say "you are extremely unlikely to ever hear a signal where that would matter in actual music".
BUT.....
"Applied Science" is a special case... but it always yields to "pure science" in the end.
Saying that something is "impossible" is an absolute statement.
Therefore it is NOT just a claim to practical limitations... it is a claim to a theoretical certainty...
As such, a single exception, no matter how unlikely or "absurd", makes it untrue.
I'm going to offer an even more absurd exception.
Let's assume that, tomorrow, a half ton frozen hog falls from a damaged cargo plane and demolishes your house.
Will you cheerfully stand up in court and repeat your claim that "it couldn't have happened because pigs can't fly".
Or will you, just maybe, concede that some exceptions matter after all
If the head of a research department, or your physics professor at college, had suggested that you record a 30 kHz signal at 150 dB SPL, with both low distortion and low noise levels....
- it would be quite reasonable to suggest that you lacked the equipment necessary to do so
- it would be reasonable to say that you didn't know where you could buy the equipment necessary to do so
- it would be reasonable to claim that the equipment necessary may not exist
- and it might be reasonable to say that, if you could build it, the necessary equipment would be very expensive
- it might even be reasonable to question the NEED to do so
However, if you suggested that it was impossible, you would be fired (if it was your boss), or failed (if it was your professor). In true science, once someone has asserted a goal to do something, if it cannot currently be done, the usual answer is "OK, what do we need to build the equipment we'll need to do it, and what will it cost?" The only exception would be if there were actually widely accepted
THEORETICALLY VALID reasons why doing so was impossible. (However, compared to the pressure and time measurement requirements routinely encountered in a physics lab, the requirements for measuring 150 dB SPL at 30 kHz seem pretty trivial. Back in the 1970's I was actually involved in the development of a device to measure large military boat propellers "more accurately than was possible using current equipment". It worked quite well - and exceeded the capabilities of the technology currently in use by a factor of at least 100x - and the Navy paid us quite handsomely for it.)