| 1 |
Wait so does it compute anything or does it store something? In either case, you can only squeeze so much information into a certain amount of space (or to be more precise, enclose it in a minimal surface area), with black holes being the upper limit.
|
1 |
Wait so does it compute anything or does it store something? In either case, you can only squeeze so much information into a certain amount of space (or to be more precise, enclose it in a minimal surface area), with black holes being the upper limit.
|
| 2 |
\n
|
2 |
\n
|
| 3 |
And
i
still
don't
get
what's
(
simply
put)
special
about
rotation/osciallation
not
requiring
energy.
|
3 |
And
i
still
don't
get
what's
(
simply
put)
special
about
rotation/oscillation
not
requiring
energy.
|
| 4 |
\n
|
4 |
\n
|
| 5 |
Also keep in mind that for crystals, the atoms aren't [i]forced[/i] to stay where they are, grid places are just better energy-wise (without interstitials, steel would be pretty brittle). Likewise, assuming time to actually become discrete is probably a fallacy. My interpretations here might be wonky, so please reply to the first point before commenting on this part.
|
5 |
Also keep in mind that for crystals, the atoms aren't [i]forced[/i] to stay where they are, grid places are just better energy-wise (without interstitials, steel would be pretty brittle). Likewise, assuming time to actually become discrete is probably a fallacy. My interpretations here might be wonky, so please reply to the first point before commenting on this part.
|
Where to hide from the heat death of universe? Enter time crystals!