Moved from @[email protected]
AFAIK, they are used as relays.
From https://en.wikipedia.org/wiki/1-bit_computing#1-bit
Computers and microcomputers may also be used, but they tend to overcomplicate the task and often require highly trained personnel to develop and maintain the system. A simpler device, designed to operate on inputs and outputs one-at-a-time and configured to resemble a relay system, was introduced. These devices became known to the controls industry as programmable logic controllers (PLC).
See also the playlist linked in the other comment with more explanations:
1-Bit Breadboard Computer - Usagi Electric (YouTube)
For those curious about 1-bit computers, see Usagi Electric's playlist:
Credit: garun
Source: original, 4-koma, yuri / 幼なじみ4コマ百合漫画 - pixiv
幼なじみ4コマ百合漫画
これは百合……かな?
childhood friend 4koma yuri manga
Is this a lily…?
Source: Fossil Fools #135 - Minim (Calligraphy)
I don’t see an RSS Feed on their site, so here it is the RSS Feed for u/fossilfoolscomic’s submissions to r/comics:
https://www.reddit.com/r/comics/search/.rss?q=author:“fossilfoolscomic”&include_over_18=on&restrict_sr=on&t=all&sort=new
Thanks!
I tried Pixelfed (very briefly) not so long ago. I didn't find a propper way to search for content. How do you discover new content?
Source (archived): The Chariot : Boudon’s Blueprint: Who’s a Good Boy?
Credit: nono @notnoe_
Sources:
Tumblr:
Twitter:
Album cover of All Our Favourite Stories - Dog is Dead
The cover of the album features a collage of 1970s schoolchildren walking along a suburban pathway, unwittingly approaching a black hole. The image was inspired by the work of the artist Valero Doval.
I think you're confusing "arbitrarily large" with "infinitely large". See Wikipedia Arbitrarily large vs. (…) infinitely large
Furthermore, "arbitrarily large" also does not mean "infinitely large". For example, although prime numbers can be arbitrarily large, an infinitely large prime number does not exist—since all prime numbers (as well as all other integers) are finite.
For integers I disagree (but I'm not a mathematician). The set of integers with infinite digits is the empty set, so AFAIK, it has probability 0.
Doesn't it depends on whether we are talking about real or integer numbers?
EDIT: I think it also works with p-adic numbers.
I also think that's correct… if we are talking about real numbers.
People are probably thinking about integers. I'm not sure about OP.
EDIT: I think it also works with p-adic numbers.
That rings a bell
I've been hearing a lot about https://micro.blog recently. I haven't tried it, or blogged in a long time.
AFAIK it supports ActivityPub.
I also found a post in one micro.blog with a few of alternatives:
TL;DR: Tumblr / Ghost / Blot / Mastodon / Write.as / Jekyll
https://book.micro.blog/alternative-platforms/
EDIT: Manton Reece is the founder and lead developer of micro.blog
Thanks for the info!
I crossposted this to (what I considered) the relevant communities, where I added that as an edit.