The invention of measurements and perception


This is going to be pretty airy-fairy. Sorry.

Let’s talk about how measurements get invented, and how this limits us.

One of the great works of engineering, science, and data is finding signals in the noise. What matters? Why? How much?

My background is in computer science, and a little in electrical engineering. So the question of what to measure to make systems (audio and computer) "better" is always on my mind.

What’s often missing in measurements is "pleasure" or "satisfaction."

I believe in math. I believe in statistics, but I also understand the limitations. That is, we can measure an attribute, like "interrupts per second" or "inflamatory markers" or Total Harmonic Distortion plus noise (THD+N)

However, measuring them, and understanding outcome and desirability are VERY different. Those companies who can do this excel at creating business value. For instance, like it or not, Bose and Harman excel (in their own ways) at finding this out. What some one will pay for, vs. how low a distortion figure is measured is VERY different.

What is my point?

Specs are good, I like specs, I like measurements, and they keep makers from cheating (more or less) but there must be a link between measurements and listener preferences before we can attribute desirability, listener preference, or economic viability.

What is that link? That link is you. That link is you listening in a chair, free of ideas like price, reviews or buzz. That link is you listening for no one but yourself and buying what you want to listen to the most.

E
erik_squires
kosst_amojan
What exactly is the numeric value of blue?
That depends on what shade of blue you're talking about. Any shade of any color can be numerically identified, however. I'm surprised you don't know this, but that reveals why you'd make this absurd, obviously false or misleading claim:
In the strictest scientific sense, there is no such thing as music, or sound, or color, or hot or cold ... ."
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kosst_amojan
Then tell me what the actual quantitative value of blue is. Any shade, I don't care ...
You can choose your own shade. Obtain a tristimulus colorimeter, and you can measure the exact shade of any color you choose. It's a science. Of course, you can argue all day long that it isn't a science. You can also continue your argument that in "the strictest scientific sense, there is no such thing as music, or sound ... or hot or cold," but you'd be wrong there, too.
All visible colors are part of the electromagnetic spectrum. Thus blue or any color has a range of wavelength and frequency. Even invisible light has a characteristic range of wavelength and frequency. It’s not rocket science. 🚀 By the way the laser in a Blu Ray player isn’t blue. 
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