nynx

45nm is massive for a high-performance processor. Rad-hardening compute is frankly overrated. Have multiple and compare state at a high-rate.

I’m going to graduate! Just one semester left and my undergrad thesis.

Love this philosophy

I’m not entirely sure what point you’re making. Is leatcode not akin to cheating in this context? If doing it pushes you to the top, how would this sort out correctly?

This article’s technique can definitely expand into dynamically allocated bitsets.

What a beautiful piece of writing. Definitely read if you're reading the comments before the article.

I actually prefer working in offices, especially open floor plans. Private offices are too isolating.

This seems like it could cause issues. Being able to evaluate at compile time is part of the api surface of a function. If it’s not explicit, it could be very easy to accidentally change the internals of a library to not support consteval, but without changing the explicit signature.

Rust has built-in support for this, I believe.

Used in the [postcard](https://docs.rs/postcard/latest/postcard/) crate for encoding variably sized signed integers.

Fair enough, that’s a good answer!

This is super cool—but why use a micro with no fp unit and only 2048 bytes of ram? Something much more capable likely wouldn't be more expensive.

Have you looked them up to see how they’re doing, career-wise, now?

I love the idea of education as something people do because they love to learn and to think and I think it’s important that it exists. At the same time, we can’t expect everyone to want to do that.

Woah, this is awesome!

Complexity, adventure, and purpose.

I would’ve much rather have gotten span into C++11 than variadic templates, for instance. Definitely seems to me like a paper about span would’ve been a lot shorter and easier to write than one about variadic templates.

Why on earth are these in C++23 and not C++11? There are a ton of things that should’ve been standardized over a decade ago but only show up in C++20 or later. `std::span<T>` is a huge one. The mind boggles.

Can’t say more :)

Neat project! You seem like a super interesting person! How’d you get into parkour?

I can say that they have multiple station keeping and orientation methods. The ion thrusters are public info!

I knew I’d find you here! Really enjoy following you on Twitter!

I’m definitely not allowed to say, sorry!

Hello from Seattle!

I’m here for the fall working on flight software for literal internet satellites and having the time of my life. Hope you’re enjoying life as much as I am!

I love Baxter’s books but haven’t read those, thank you!

The performance of vectors comes from iterating through them and letting the cpu prefetch items before you need them. Random access in a vector doesn’t really get you that if the vector is larger than your L1/L2 caches, which linked lists would be in anyway if you used them recently enough.

It strikes me as surprising that George Hotz is religious. Very few people I’ve met with similar personalities are.

Yes, all starlink user terminals are phased arrays.

Have you raised that with starlink support?

San Fraction is such an interesting place and could be so much better if real estate and housing was significantly cheaper