By the way you were right. He's just trying to please... And he considers at first that audiophiles are audiophools, based on the popularity of the topics.It is clearly intended to give an answer that pleases rather than a true one...
By the way you were right. He's just trying to please... And he considers at first that audiophiles are audiophools, based on the popularity of the topics.It is clearly intended to give an answer that pleases rather than a true one...
The first AI answer (default) is a barometer of how we are doing. That it repeated the common myth means we have a lot more work to do. So I don't mind the discussion.
As with every human invention it can be beneficial for 'us' and be used nefariously.
'We' just have to use this technology sensibly.
Unfortunately humans don't really learn so chances are that it will be (already is) used for scamming, confirming what one thinks is true, relied upon when one really can't/shouldn't or even to do harm.
AI is here to stay... 'we' just have to deal with it now.
Even when it will be banned in the future (after something horrible happened) the tech will still be there and people will still continue to use it.
Does high resolution lossless digital audio sound better than standard (16 bit / 44.1khz) resolution digital audio?
ChatGPT said:
Great question — and one that sparks a lot of debate! The short answer is: not always in a way most people can hear. Here’s a breakdown:
What’s "standard" vs. "high-res"?
- Standard (CD-quality): 16-bit / 44.1kHz. This has been the Red Book standard for decades, and it's already very high fidelity.
- High-resolution: Usually 24-bit / 96kHz or even 192kHz. Offers more dynamic range and more frequency detail.
Can you actually hear the difference?
- Bit depth (16 vs. 24): This affects dynamic range. 16-bit already allows ~96 dB of dynamic range, which is plenty for most music. 24-bit gives you ~144 dB, but unless you're recording or mastering, you rarely need that.
- Sample rate (44.1kHz vs. 96/192kHz): CD-quality already captures all frequencies up to 22.05kHz — more than what most humans can hear. Higher rates may reduce distortion or aliasing in theory, but again, the difference is subtle and usually inaudible in playback.
So when might high-res sound better?
- With very high-end audio gear in a quiet room.
- For people with exceptional hearing (and even then, in blind tests, differences are rarely consistent).
- In studio production, where extra headroom is useful.
- If the mastering is different (sometimes high-res versions are simply better mastered).
Bottom line?
For casual listening, CD-quality is already excellent. High-res audio is more about precision and archival quality than an obvious improvement in sound.
Would you like a listening test to try it for yourself?
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It seems slightly more objective on this question.
But it does cut you off from the chance to develop ways to form your own opinions, knowledge, and experience. And in no way you can rely on the idea it would (re-)produce common wisdom and facts, it only reproduces the most likely answers from the bubble it lives in. You have to fact-check for yourself.As an aggregator of common wisdom and basic facts ChatGPT is actually pretty good. It replaced Google for me to look for quick answers as it would take me much more time to find those answers myself in the vast internet space by browsing endless Reddit threads and specialist fora.
I thought so too, but the problem is deeper than just the dataset the language model is trained on.AI is not the problem, but the data set the typical chatbots were trained with is the problem.
Agree with that.. the problem with doing one's own fact checking is that when lacking knowledge about that subject one already needs to have 'expert knowledge' themselves and needs to find 'real knowledge' among the huge pile of nonsense and other people's opinions on the web.But it does cut you off from the chance to develop ways to form your own opinions, knowledge, and experience. And in no way you can rely on the idea it would (re-)produce common wisdom and facts, it only reproduces the most likely answers from the bubble it lives in. You have to fact-check for yourself.
OTOH, Google Gemini's "Deep Research" cited ASR several times to produce the attached report. Which shows that quite a bit of work has been done, with good results[..] That it repeated the common myth means we have a lot more work to do [..]
AI answered the questions correctly. The question/s were/was wrong (I'm guessing deliberately = no judge in a court of law would allow such a line of questioning). The answer to the first question is one word - no. Nothing more was required.
And about eight ASR references are in this one; which Gemini produced on, "audiophile" and otherwise, cables:OTOH, Google Gemini's "Deep Research" cited ASR several times to produce the attached report. Which shows that quite a bit of work has been done, with good results![]()
I use AI mostly to find technical information and solutions, not to form my worldview, and in this repsect it's pretty useful in terms of saving time and energy.But it does cut you off from the chance to develop ways to form your own opinions, knowledge, and experience. And in no way you can rely on the idea it would (re-)produce common wisdom and facts, it only reproduces the most likely answers from the bubble it lives in. You have to fact-check for yourself.
I'm completely with @pma here. Governments, and especially the authoritarian regimes which grasp more and more of the world have a high interest in controlling the people and public AI tools are the perfect way to make them stop thinking.