We humans are as prone to operant conditioning as pigeons or rats - hence the success of gambling machines.
In the case of mobile phones and computers, the reward is in the response - even if it is sometimes erratic or only occasional. If most of the responses received were unpleasant, that would quickly extinguish the addiction.
Me too. I've heard that certain types of intelligence adapt to it much more easily. But there's definitely a difference with the digital natives. They're not afraid to tag anything that might be a button - whereas I fear if I touch the wrong one I'll loves my place and never be able to get back to where I need to be - especially if the path to finding it involved many stages or layers in a hierarchy. If it came to having to pull something apart (hard or soft ware) and put it back together again (so it works) I'd probably fail.
Maybe we could invent a new coding process...tildes and ellipses. ~.....~~~..~.~...................~~~~~~~~~.
This post was edited by Element 99 at December 26, 2020 8:40 AM MST
Yep - it's amazing - labrynthine. And to think, our nerves work in similar ways with electrical on-off signals running down our dendrites and through our synapses. Our genes are switched on or off by environmental influences. Boggling!
Mobile phones. The last one I got the hang of without help was a Galaxy S4, that was three phones ago. I needed my daughter's help since (despite the fact that she's Apple).
It's an old word (1930s vintage or even older?) that might have had some real meaning then but is now as debased as "iconic".
Answering the question though... the one aspect underlying it all that I find hard to understand, is the mathematics; and civil, mechanical, electrical and electronic engineering are all deeply mathematical.
Somewhat similarly, I made no progress trying to learn computer programming, which needs a similar mind to that for learning maths.
There is a big difference between using a complex piece of equipment, and understanding it. Being able to take a photo on a portable telephone and plonk it on Facebook does not mean you are "tech savvy", to use the desperately ugly slang. It means only that you can use the 'phone and Facebook.
For example, I can produce fair results from a lathe and milling-machine. So that is one aspect of "technology" I understand, and can use, though certainly not to professional tool-room standards.
On the other hand, I don't understand the "technology" of C++ and microprocessor circuits, in the PC I am using to type this, and on which I am trying to teach myself an engineering CAD package.
I spent 20 years as a lab assistant using sophisticated electronic measuring-equipment controlled by PCs, and understood what I was measuring sufficiently well to do so, though not to the point of analysing the results. Yet I had to give up on a so-called "smart"-'phone.
It did not matter that I could not understand howit worked. I knew only that it was a portable UHF two-way radio that could be linked to the Internet, and contained a digital camera - and much flummery. What mattered was that I could not understand how to use it even just as a telephone. It was not at all intuitive and I could not find decent operating-instructions - and if I had, I would probably have had to carry the important pages around with the instrument.
I sold it and bought a basic portable 'phone whose speech and text functions are its primary and secondary, and almost only, ones. (That "smart" 'phone, an 'LG 2017', seemed to have been designed so speech telephony was an auxiliary feature for which it was also physically clumsy and awkward to use.)