Message from @Jrett

Discord ID: 498593280062259221


2018-10-07 20:10:00 UTC  

ur welcome

2018-10-07 20:12:34 UTC  

https://cdn.discordapp.com/attachments/371875015018283009/498588467446415362/Friendlyclimb.webm

2018-10-07 20:12:48 UTC  

https://www.youtube.com/watch?v=4HpiwtTFfFE did you know you can have forces without forces?

2018-10-07 20:16:41 UTC  

https://cdn.discordapp.com/attachments/371875015018283009/498589502546116610/videogames.mp4

2018-10-07 20:20:09 UTC  

here's a qrd on that vid

2018-10-07 20:20:50 UTC  

the possible configuration states of placing clothespins on a line without over lapping gives a really wild result

2018-10-07 20:21:05 UTC  

where the pins are actually attracted to the ends of the container

2018-10-07 20:21:30 UTC  

this is the histogram plot https://i.imgur.com/QcD9Bwm.png

2018-10-07 20:22:01 UTC  

this happens when the only requirement you have is that the pins occupy space and can't overlap

2018-10-07 20:26:26 UTC  

soo

2018-10-07 20:26:52 UTC  

right after the begining and end there is a strong suggestion to not have a pin

2018-10-07 20:27:29 UTC  

and goes up and down untill you get to a baseline where its fairly certain to be a pin, but

2018-10-07 20:27:35 UTC  

why is this intresting

2018-10-07 20:28:17 UTC  

it is much more likely for pins to be close to the ends

2018-10-07 20:28:31 UTC  

it's interesting because the only thing that causes this is that the pins can't overlap

2018-10-07 20:28:54 UTC  

the exclusion of volume creates a force

2018-10-07 20:30:15 UTC  

i must be understanding this pattern wrong then, to me i read it as the beginings and ends have pins that overlap on multable

2018-10-07 20:30:44 UTC  

chart is probability vs position

2018-10-07 20:31:41 UTC  

and by that reason wouldnt there be multable instances of a pin being at the beginings since its a chart?

2018-10-07 20:31:55 UTC  

explicitly stated not to happen or something

2018-10-07 20:31:58 UTC  

Hope everyone is having a lovely day, being productive, eating your meat and greens. Have a blessed day 🤗

2018-10-07 20:33:30 UTC  

the point is that you get phase transitions as you increase the amount of pins

2018-10-07 20:33:58 UTC  

you get something that acts like a liquid or a solid depending on how many pins you are randomly placing

2018-10-07 20:34:27 UTC  

"""this prooves nothing"""

2018-10-07 20:34:30 UTC  

idunno

2018-10-07 20:34:39 UTC  

how this works

2018-10-07 20:35:08 UTC  

https://cdn.discordapp.com/attachments/371875015018283009/498594150199984128/unknown.png

2018-10-07 20:35:44 UTC  

I just find it fascinating that you get physical phenomenon like phase transitions with particles that only have the interaction that they can't overlap

2018-10-07 20:39:25 UTC  

but if they dont get to overlap, then how do they do it

2018-10-07 20:40:17 UTC  

you get forces from the fact that they can't overlap

2018-10-07 20:40:32 UTC  

but doint they

2018-10-07 20:40:35 UTC  

idunno

2018-10-07 20:40:51 UTC  

oh

2018-10-07 20:40:52 UTC  

wait

2018-10-07 20:41:10 UTC  

do you mean that every clothespin per string doesnt get to overlap?

2018-10-07 20:41:15 UTC  

not the general

2018-10-07 20:41:19 UTC  

it's a very unintuitive result

2018-10-07 20:41:38 UTC  

if you put a bunch of clothes pins on a string they can't overlap

2018-10-07 20:41:47 UTC  

yeah