Baldieri M-48 made out of forged carbon today... I love (large) mechanical watches and keep a decent little collection.
I googled it and found many versions and your version is rare'er I think. What does this cost? It's gorgeous and carbon fiber strap stuff I love.Baldieri M-48 made out of forged carbon today... I love (large) mechanical watches and keep a decent little collection.
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why this post at this moment in this thread? seems off topic and ignores the three previous posts that were on topicBaldieri M-48 made out of forged carbon today... I love (large) mechanical watches and keep a decent little collection.
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I figured I was in the watch forum and commented.why this post at this moment in this thread? seems off topic and ignores the three previous posts that were on topic
[so sorry posted this accidentally in the wrong topic... will move... they go for US$1,200 last I checked when they are available. It is incredibly well built. It is bulky, 48mm and pretty tall, but I like it like that.I googled it and found many versions and your version is rare'er I think. What does this cost? It's gorgeous and carbon fiber strap stuff I love.
Should be Tracy Chapman - Fast Car:Just out of curiosity, what were the "female pop rock" tracks that Harman was using? I don't think I would categorize any of the tracks listed above as "female pop rock". I mean, are we talking Madonna's "Material Girl" or Miley Cyrus's "Wrecking Ball" or something more mellow? I have the impression that dense, messy styles of music win here over stripped down, "simple" music
Should be Tracy Chapman - Fast Car:
Programs With Wider and Flatter Spectrums Improve Listener Performance (Why Tracy Chapman is as Good as Pink Noise)
Spectrum analysis was performed on the different program selections to see if this could explain the strong effect of program on listener performance. The 1/3-octave spectrum of each program was plotted based on a long-term average taken over the entire length of the loop. When we looked at the spectrums of the programs it became clear that this was a significant predictor of how well listeners would perform their task.
Slide 22 plots the average spectrum of four groups of program (5 programs in each group) rank ordered (from highest to lowest) according to the listener performance scores they produced. It clearly shows that the programs with the flattest and most extended spectrums (e.g. pink noise, pop/rock, full orchestra) were better suited for identifying spectral distortions. After pink noise, Tracy Chapman (program 2 in the above graph) had among the widest and flattest spectrums measured, and along with pink noise (program 1) registered the highest listener performance scores. Programs that had narrow band spectra with limited energy above and below 500 Hz (speech, solo instruments, small jazz and classical ensembles) concentrated in group 4 were less suited for identifying spectral distortions. While these groupings had some of the most musically entertaining selections, in the end, they were not good signals for detecting and characterizing spectral distortions in audio components.
Source: http://seanolive.blogspot.com/2010/03/method-for-training-listeners-and.html
A math teacher used to give out candy suckers for the ~8 am class before a math exam. He said on average the class average can go up by several percent at best but every percent mattered. Said we where lucky to have the best time for studying math. So I don't doubt your hearing is better early in the day. It makes sense to think a fresh mind after sleeping is going to be sharp.I am pretty accurate (especially earlier in the day)
I sometimes use a ~1.5V DC AA battery for driver polarity right off the disconnected wires that usually feed to the amp's rear panel. A simple little click does it all and one can see and hear it. I can't remember what pink noise does when out of phase. Sounds weird? I never use it out of phase.The best time is 3am. I believe it’s even been proven. Circadian rhythm and the evolutionary pressure to be alerted to night time threats.
On the topic of pink noise, it’s the most classical test signal to find any room hotspots and issues with your channel balance and even phase during the days you could misconnect your speaker wires out of phase.
I’ve not heard it being used to compare speakers before either but it’s definitely very popular to check for setup issues.
Yeah it sounds like no central image and very diffuse. In phase there is a central clearly defined ball of sound.I sometimes use a ~1.5V DC AA battery for driver polarity right off the disconnected wires that usually feed to the amp's rear panel. A simple little click does it all and one can see and hear it. I can't remember what pink noise does when out of phase. Sounds weird? I never use it out of phase.
A math teacher used to give out candy suckers for the ~8 am class before a math exam. He said on average the class average can go up by several percent at best but every percent mattered. Said we where lucky to have the best time for studying math. So I don't doubt your hearing is better early in the day. It makes sense to think a fresh mind after sleeping is going to be sharp.
I pretty much push the amp to near max morning, noon and night with my Sennheiser HD598SR headphones. LoL.I very often read and listen to music before I go to sleep after my work day. Not sure if others experience it, but then as I get up very early in the morning to make myself an espresso and push "play" again, I am surprised by how much louder the music sounds than it did the night before.
I have no idea what 95dB SPL sounds like in music listening terms.Which reminds me of something else... when people talk about tracks and test equipment at >95dB SPL... and I think "it's nice your euipment messures OK at that level... but never mind your equipment, mind your hearing... you have like 30mins at 95dB before your hering may be damaged...". Who established 95dB is the ideal SPL to test stuff?
And there's the crux. Guess I should have dug deeper to find that. Now I know what I'm looking for. Not dense, but wide and even.the widest and flattest spectrums measured,
Fascinating! Thanks.Should be Tracy Chapman - Fast Car:
Programs With Wider and Flatter Spectrums Improve Listener Performance (Why Tracy Chapman is as Good as Pink Noise)
Spectrum analysis was performed on the different program selections to see if this could explain the strong effect of program on listener performance. The 1/3-octave spectrum of each program was plotted based on a long-term average taken over the entire length of the loop. When we looked at the spectrums of the programs it became clear that this was a significant predictor of how well listeners would perform their task.
Slide 22 plots the average spectrum of four groups of program (5 programs in each group) rank ordered (from highest to lowest) according to the listener performance scores they produced. It clearly shows that the programs with the flattest and most extended spectrums (e.g. pink noise, pop/rock, full orchestra) were better suited for identifying spectral distortions. After pink noise, Tracy Chapman (program 2 in the above graph) had among the widest and flattest spectrums measured, and along with pink noise (program 1) registered the highest listener performance scores. Programs that had narrow band spectra with limited energy above and below 500 Hz (speech, solo instruments, small jazz and classical ensembles) concentrated in group 4 were less suited for identifying spectral distortions. While these groupings had some of the most musically entertaining selections, in the end, they were not good signals for detecting and characterizing spectral distortions in audio components.
Source: http://seanolive.blogspot.com/2010/03/method-for-training-listeners-and.html