Notices by niconiconi (niconiconi@mk.absturztau.be)

@mia@tearoom.tearmoon.com @SwiftOnSecurity@infosec.exchange You get two options in this situation: You either break into the firewall, or break into the concrete wall.

@puniko :nikoni3:

"Since mercury is commercially available with high purity, it is in most cases used as a ‘natural’ density standard, i.e. the density of the sample itself is not measured but a mean reference value is used":blobcataww:"The uncertainty of such a reference value is still under discussion since mercury consists of seven isotopes [...]":blobcatwoozy:

MinGW implies the existence of ProMaxGW (WSL?)

@cybertailor@wetdry.world Ridiculously difficult math, a time-honored tradition since Soviet Russia.

@epsi@akko.wtf "You are in high school now, you should be able to calculate the relativistic correction of perihelion precession of Mercury!" :blobcatgoogly:

High school physics competition in China be like: Solving orbital dynamics problems via perturbation. Possibly one of the most ridiculously difficult exams in the world. It's like what happens when too many people are mining on a blockchain, the PoW difficulty just keeps increasing until it's barely solvable.

@a1ba@suya.place It's ALARMing.

oof

Fedi girls be like... (src: https://x.com/piethepiegod/status/1675506359394074625) #animeirl

@lanodan@queer.hacktivis.me Opening quote of Ghost in the Shell, both in the original film and in S.A.C session 1.

Still my favorite circuit board easter egg. It's under a 10 Gbps SFP+ optical transceiver.

@whitequark@mastodon.social If you run this process in reverse, it's definitely a legitimate radio receiver for many lab applications.

@whitequark@mastodon.social Just found this example from an RF/microwave metrology textbook in my old archive.

Almost typed radare2 as yandere2 :woozy_baa:

@puniko Good meownyaaaaaaaaaaaaaaaa

@ezio@akko.wtf Cirno's Perfect OSdev Class

@sophieschmieg@infosec.exchange Ironically most GenAI implementations have troubles on producing deterministic output due to floating point errors, inconsistent batching, etc. Not random enough for crypto, but random enough to create replication problems. It's what I call Murphy's Duality Law - In engineering, when a system can show both the property "A" and its negation "not A" depending on the specific context, it's always the opposite of what your application needs.

You know the targeted ad is working when I see Angel Beats collab promo on YouTube... :woozy_baa:

Some chip designers, when confronted with an SRAM density problem, think “I know, I’ll use dynamic logic circuits.” Now they no longer remember their problem.