No you wouldn't. It would be stupid and pointless to cut at a very high level but the resulting recording would be "louder" than normal.
It wouldn't be pointless. It would be impossible.
A louder sounding LP would be in line with a louder sounding CD, according to the "louder is better" principle of the loudness war, and if they could do it, they would.
Modern LP masters are already quite louder than 70s LP masters.
But they can only make an LP master that much more compressed than usual before either the amount of music in it gets either too little, more lacking in bass than usual, or actually sounding quieter, due to accommodating both increased bass content and lack of dynamics at the same time. If they tried to make it too loud (at the same volume setting as a regular LP) most of the consumer turntables wouldn't be able to keep the head from skipping.
Modern LP masters are the sweet spot between making it sound louder compared to older LPs and avoiding the problems above.
That's the inherent benefit of mastering for LP, in my opinion. With all its technological shortcomings as a medium and how much worse it sounds than a CD, in the end, over the past 20/25 years, an LP may actually sound better than what the loudness war forced its CD version to sound like. Because of the limit imposed to how compressed you can make a master for LPs.
Everything was done digitally. The idea was to add LP shortcomings to digital signals to hear the extent of their audibility. IME digital recordings are indistinguishable from the microphone feed and have been since I first used a digital recorder (a StellaDAT) whereas no tape machine I had ever used was.
Agreed. Figuring out what the signal that the mic recorded should really sound like is the tricky part (a problem that binaural mics try to overcome), but yes, CD quality (when using well designed ADCs and DACs) is able to encode whatever it is that the mic senses and transduces into voltage, and play it back, within margin of errors no human can hear, at regular listening levels. No doubt.
Did I write that? I don't trhink so. The noise level was set to be LP like so just audible on quiet bits but apparently masked on the louder parts but found to give this impression of a bigger, particularly in depth, sound stage.
Oh, ok. I misread. The way you put it it sounded to me like they added noise that one wouldn't be able to hear during no music playing, but would add stage width during music playback.
This makes much more sense to me now.
None of the listening panel knew what they were listening to of for during the test and all of us has some surprises, those weere my two.
I bet. I would be surprised too if the added stage width normally thought to be a characteristic of better recorded CDs turned out to be a consequence of more noisy recordings.
I'm still curious to see whether this still applies to binaural recordings. I'll have to do some tests. The problem is they wouldn't be double blind.
Any idea what the added noise level to mimic an LP noise was at?
Do you know if they they also modified the bass region to be more in line with a typical LP record (high pass and mono below 100 Hz or so) or was it just the white noise at -X dB that they added?
Sorry for the many questions you may not know the answer to, but this is very interesting to me, given my interest in binaural recordings and the way those are able to reproduce a wider soundstage in their own way.