Digital isn't just 1s and 0s. There is a whole bunch of processing actions at play like error correction, power supply noise, quality of chips and sampling rates etc. The better the device and the lower the amount of error-correction required, the more accurate the conversion from digital to analog. That's why a good DAC improves sound.
When you input a letter into Word, you are merely instructing a machine to manage one's and zeros. There is no specific intelligence invoked in the apparatus. The intelligence is outside of the digital space when you interpret meaning. The same with a digital audio component, it's instruction set and software (music medium) as it is 'transduced' from digits into intelligence-detecting sound waves impinging on your mind.
Word works better on some computers than others. Faster, responsive, 256 colors or 24 bit, better quality printing. Try render a PIXAR movie on a 133MHz Windows 98 machine. Everything matters. The colors are better on a gaming machine.
When you input a letter into Word, you are merely instructing a machine to manage one's and zeros. There is no specific intelligence invoked in the apparatus. The intelligence is outside of the digital space when you interpret meaning. The same with a digital audio component, it's instruction set and software (music medium) as it is 'transduced' from digits into intelligence-detecting sound waves impinging on your mind.
Word works better on some computers than others. Faster, responsive, 256 colors or 24 bit, better quality printing. Try render a PIXAR movie on a 133MHz Windows 98 machine. Everything matters. The colors are better on a gaming machine.