moore's law has died like 900 times by now

The more I watched, the more I grew frustrated how things were being misrepresented. Then I scrolled down to the comments and breathed a sigh of relief.

I work in a steel manufacturing industry and we're improving our method of steel production to create better racks for the GPUs and thereby enabling AGI progress.

At first you think they've created a transistor replacement, then you realise it's just the interconnect.

He's saying how making computers bigger isn't a sustainable strategy yet their technology seems to be centered around inter-chip communication and allowing computers to be bigger

Tell me 7 different ways that you're connecting the silicon substrate, to light; but take 20 minutes to do it.

While I enjoy the content, you definitely have to include a second viewpoint where you ask what the CURRENT problems with photonics is

"We made marginally better wires for connecting dice" being hyped for 20 minutes is crazy

I would never call it photonic computing, from what i understand it is just adding light for communication from chip to chip or chip to memory. It is not computing, it is only transporting data so what is the point of talking about Moore's law or size of tranzistor if computation is still being done on classic chips.

> "this isn't just a small upgrade, it's a completely different way of thinking about computation"

I've said it once and I'll say it again. Now we can literally say that RGB improves performance.

2:10 Just a correction here. Light in optical fibers is NOT faster than electrical.