> Taiwan's GDP/capita is 2.6x China's [1]. It grew faster, for longer, in large part through high technology.

Also worth mentioning, all the while being under a military dictatorship (see White Terror) until the late 80's.

> Mahatma Gandhi.

I daresay the Brits were not as willing to gun down peaceful protesters as today's regimes are.

You should look up the Jallianwala Bagh massacre.

(Full disclosure - I had to look up the name after remembering it portrayed in the movie Gandhi)

At least that was condemned by Churchill as "unutterably monstrous".

The Iranian lot don't seem to have similar sentiments.

Most importantly it's amazing what you can achieve if you can cut the red tape.

Not sure if it's just me but Handy crashes on my Arch setup. Never mind which version I run. Could be something with Wayland or Pipewire but didn't see anything obvious in the logs.

https://github.com/goodroot/hyprwhspr have you tried this? I have a nice 64GB new linux machine waiting to be set up for me to kick the tires on this

pretty sure it's awesome - sorry OP about mentioning another project, we're all learning here :)

Thanks, will take a look.

Not to be confused with sqltap which is also great for debugging queries: https://github.com/inconshreveable/sqltap

What libraries did it use?

We shat on it (and still do) because of how badly designed and executed they were. Appalling quite and zero adherence to any norms or standards.

Any source? Because there were definitely norms and standards for buildings in the USSR

It's HN's Carthago delenda est moment.

I can imagine how terribly bad their yield must be. One little mistake and the whole "chip" is a goner.

They have a blog post called "100x Defect Tolerance: How Cerebras Solved the Yield Problem":

https://www.cerebras.ai/blog/100x-defect-tolerance-how-cereb...

One thing is really bothering me: they show these tiny cores, but in the wafer comparison image, they chose to show their full chip as a square bounded by the circle of the wafer. Even the prior GPU arch tiled into the arcs of the circle. What gives?

For me it's the opposite. I'm actively looking for tools in Python because at least they're gonna be lightweight and easy for me to debug.

Really tired of every AI-related tool released as of late being a half-GB node behemoth with hundreds of library dependencies.

Or alternatively some cryptic academic Rust codebase.