Maybe you can elaborate on that, just from a technical standpoint. What makes Turing-complete language essential to create a DAC?
Well... In plain English I would explain it in such a way:
Imagine 2 people, Alice and Bob. Alice knows only how to add and subtract numbers, but Bob knows how to add, subtract and
multiply them.
If u ask Alice to calculate 2*3, she will do it in such a way: 2 + 2 + 2. Or 3 + 3 if she is smart enough. Obviously, Bob would just multiply these numbers.
Now let's ask them to calculate 2.5 * 3.72. Alice won't be able to do it, but Bob will do the same without any problems.
U see there is a difference between Alice and Bob, coz Alice, unlike Bob, is Turing-incomplete.
Thanks.
That means Turing-completness enable to do more stuff and more efficiently than Turing-incompletness, am i right?
Also I think I get why it's important for a DAC Platform (where you build DAC on top of it), but why a DAC alone should bother with Turing-completness? Since a DAC can probably be programed from the start to be able to do what it supposed to do in a efficient way, even with Turing-incompletness (e.g. Bitcoin).