&'a ::rynco::UntitledChannel

A prisoner who worked out how to input Chinese characters into a machine (Score: 150+ in 17 hours)

Link: https://readhacker.news/s/55jTT
Comments: https://readhacker.news/c/55jTT

WIRED

The Prisoner Who Revolutionized Language With a Teacup

While imprisoned for being a “reactionary,” physicist and engineer Zhi Bingyi began devising a system to help computing machines read Chinese characters.

715 viewsRynco Maekawa, 08:35

Read 60+ Comments

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https://ciechanow.ski/gps/

ciechanow.ski

GPS – Bartosz Ciechanowski

Interactive article explaining how GPS works.

🔥1

771 viewsNеtаᏢ495L ꧅꧅, 11:50

&'a ::rynco::UntitledChannel

Forwarded from Les Rêveries 🦄

https://twitter.com/xmppwocky/status/1486511187164479488
#rustjerk When someone tells you that C makes him feel free.

Twitter

Wolvies for Workgroups

"free as in use-after-"

782 viewsRynco Maekawa, 12:49

&'a ::rynco::UntitledChannel

Forwarded from Henryzhao

624 viewsRynco Maekawa, 13:14

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寿面和寿司能摆一起，真不是正常人类能想到的脑洞（
有 bot 提引战问题是确凿无疑的了。不过我现在好奇一件事，这种 bot 是知乎官方的还是在知乎靠流量吃饭的 MCN
（图源）

💩9

802 viewsNеtаᏢ495L ꧅꧅, 13:15

&'a ::rynco::UntitledChannel

https://www.zhihu.com/question/270348147/answer/2327248071

Zhihu

有哪些 TeX 能做但现代浏览器排版技术不能做或很难做的排版？ - 知乎

有大佬把LaTeX搞到wasm上了GitHub - SwiftLaTeX/SwiftLaTeX: SwiftLaTeX, a WYSIWYG Browser-based LaTeX…

806 viewsNеtаᏢ495L ꧅꧅, 14:00

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🤫 This message will self-destruct very soon. 😎
Source

👍5

979 viewsNеtаᏢ495L ꧅꧅, 08:18

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近期有个新的 TLD 上线了： .day
目前还是日出期所以会看到前面有个溢价，等到2月1号开始就是平价了

958 viewsNеtаᏢ495L ꧅꧅, 08:42

&'a ::rynco::UntitledChannel

近期有个新的 TLD 上线了： .day 目前还是日出期所以会看到前面有个溢价，等到2月1号开始就是平价了

另外，save 2 days 指西安一码通「两天两夜把 1m 图片优化到100kb」，想搞个图片压缩网站的读者不妨考虑这个域名权当玩梗（

😁2

963 viewsNеtаᏢ495L ꧅꧅, edited 08:45

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好消息：我这里新推送的 TG 广告不是加密货币
坏消息：是 NFT

🤮9

1.59K viewsNеtаᏢ495L ꧅꧅, 11:44

&'a ::rynco::UntitledChannel

https://www.youtube.com/watch?v=DqhXsEgLMJ0

YouTube

Are solid objects really “solid”?

If you think about idealized physics scenarios, "frictionless vacuum" or "ignore air resistance" may come to mind, but another even more ubiquitous mechanical approximation is the so-called "rigid body approximation" where solid objects are said to be perfect…

976 viewsNеtаᏢ495L ꧅꧅, 11:47

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