Difference between revisions of "Talk:2658: Coffee Cup Holes"
(Sea of holes) |
|||
| Line 2: | Line 2: | ||
I was confused for a moment. That's a coffee ''mug''. And the correct answer is either one (the handle) or none (because below the macroscopic level (and above the theoretical sub-Planck scale of string-theory loops) it's increasingly not even mostly holes but very, very barely anything 'solid' jostling about in empty space giving no real impediment to any theoretical quantum-scale cheesewire without even being cut through). A coffee ''cup'' has no holes (regardless) if you don't count any form of sippy-lid it might have. [[Special:Contributions/172.70.85.13|172.70.85.13]] 22:25, 12 August 2022 (UTC) | I was confused for a moment. That's a coffee ''mug''. And the correct answer is either one (the handle) or none (because below the macroscopic level (and above the theoretical sub-Planck scale of string-theory loops) it's increasingly not even mostly holes but very, very barely anything 'solid' jostling about in empty space giving no real impediment to any theoretical quantum-scale cheesewire without even being cut through). A coffee ''cup'' has no holes (regardless) if you don't count any form of sippy-lid it might have. [[Special:Contributions/172.70.85.13|172.70.85.13]] 22:25, 12 August 2022 (UTC) | ||
:Actually, the mug has two at the macro level (the hole that makes up the handle and the hole on the top). There could conceivably be more shallow holes inside the mug where the handle connects to the cup. At a plank-length level, the atoms could be viewed as holes in the vacuum bending space time around it. | :Actually, the mug has two at the macro level (the hole that makes up the handle and the hole on the top). There could conceivably be more shallow holes inside the mug where the handle connects to the cup. At a plank-length level, the atoms could be viewed as holes in the vacuum bending space time around it. | ||
| + | There is no "hole" at the top - at best it count as an indention in the surface | ||
Revision as of 23:38, 12 August 2022
I was confused for a moment. That's a coffee mug. And the correct answer is either one (the handle) or none (because below the macroscopic level (and above the theoretical sub-Planck scale of string-theory loops) it's increasingly not even mostly holes but very, very barely anything 'solid' jostling about in empty space giving no real impediment to any theoretical quantum-scale cheesewire without even being cut through). A coffee cup has no holes (regardless) if you don't count any form of sippy-lid it might have. 172.70.85.13 22:25, 12 August 2022 (UTC)
- Actually, the mug has two at the macro level (the hole that makes up the handle and the hole on the top). There could conceivably be more shallow holes inside the mug where the handle connects to the cup. At a plank-length level, the atoms could be viewed as holes in the vacuum bending space time around it.
There is no "hole" at the top - at best it count as an indention in the surface
