curling_grad

They are running on Google's Nest Hub devices[0], so I guess this counts as a release?

[0] https://www.theverge.com/2021/8/18/22630245/google-fuchsia-o...

I'd assume that the value intended for public exponent is used as private key exponent. Typically, public key exponent is very small compared to private key exponent. This means that the private key exponent is very small in their scheme, so attacks such as Wiener's attack[0] can be used to break the encryption.

Also, I'd like to add that public exponent is usually fixed to some well-known constant such as 65537, so the attacker might just try brute-forcing when she knows the details of the scheme.

[0]: https://en.wikipedia.org/wiki/Wiener%27s_attack

Standard ciphers such as AES and SHA comes into my mind. Some processors even have dedicated hardware instructions speed up computations for such ciphers.

LLVM's Kaleidoscope tutorial[0] is a nice starting point.

[0]: https://llvm.org/docs/tutorial/

> Metal on Windows would not help much because the GPU hardware is what's different.

Apple shipped Intel Macs with Intel/AMD GPUs until quite recently, so hardware might not matter significantly.

Actually, OpenAI did a research[0] on solving some hard math problems by integrating language model and Lean theorem prover some time ago.

[0]: https://openai.com/research/formal-math

> I am not sure that the runtime efficiency of the compiler binary is that important.

If the compiler is for JIT, then efficiency will be important.

I think WASM will be the mainstream for frontend before that happens... But you never can't predict the future!

If I remember correctly, the chips in D-Wave machines are for specific problems (optimization problems mostly), so it seems very unlikely they can run the quantum circuits proposed in the article.

Kind of irony that there is no Korean language option...

While I generally agree with you, but I'd like to point out that Sagemath is more than a "Mathematica alternative". It seems like Sagemath is a better fit for some fields like cryptography, given its strong support for operations related to abstract algebra.

Sagemath uses maxima internally, so Jupyter notebook backed by Sagemath kernel might be useful?

Did anyone recall the plot of Hail Mary by Andy Weir?

> or make sure to remove the spyware the second they've completed the task at hand.

Yup. The problem is that those spywares are not cleanly uninstalled and leave junks on the disk. Some independent developers even created a dedicated tool for removing those "security" software to solve the problem.

It's more like "two party state" though. Take a look at presidential election results[0]: after Chun Doo-hwan's(전두환) military dictatorship ended, candidates from conservative and liberal parties were elected taking turns.

[0] https://en.wikipedia.org/wiki/Presidential_elections_in_Sout...

Apartments in Seoul is mostly similar to your experience in countryside.

Will falliable allocations help eliminate these kinds of DoS vulnerabilities?

AFAIK there's a proposal: https://rust-lang.github.io/rfcs/2116-alloc-me-maybe.html

Disabling right click is kind of a Korean web tradition. Almost every dated websites (including personal blogs) have done that.

Maybe some stronger form of Right to Repair can help in situations like Möllmann-Bohle's? Such as open schematics and firmware code, etc.

Isn't Go more positioned as a language for web services, rather than systems programming?

"Teaching C" seems to be a good read too: https://news.ycombinator.com/item?id=32798826

If you interpret "mov eax, ebx" as "eax = ebx", it's not that weird.

For low=3, high=5 case, this gives mid=3.

> One factor that makes recent memory an unreliable indicator is the series of changes to macOS to prepare for Apple silicon Macs.

Slightly off topic, but such changes from High Sierra kinda makes sense now. Back then it seemed like Apple engineers were dropping backward compatibility just because of their own convenience...

Anecdote: An online judge website (which is pretty well known in Korea) has an easy problem[0] asking to write a program which adds "??!" to input. A lot of beginners' C/C++ submissions got "Wrong Answer" verdict because of trigraphs.

[0]: https://www.acmicpc.net/problem/10926

Relevant info on wiki: https://en.wikipedia.org/wiki/Linux_Mark_Institute

10 days ago: https://news.ycombinator.com/item?id=32822082

S. Korean here. Dreamed about failing college entrance exam last night.

Funnily enough, I thought this was a Korean thing...

I guess hard drives would be dead because of enormous acceleration on launch day.

This seems problematic when a project have "regular" and LTS releases. (such as node.js)