People are quick to blame Google for the slow uptake of Jpeg XL, but I don’t think that can be the whole story. Lots of other vendors, including non-commercial free software projects, have also been slow to support it. Gimp for example still only supports it via a plugin.
But if it’s not just a matter of Google being assholes, what’s the actual issue with Jpeg XL uptake? No clue, does anyone know?
Years later, after untold exaflops of computing, the AI’s answer appears on the screen: “Dunno”.
As I understand, using VPNs to access will be illegal in principle, and the VPNs can be on the hook for stiff penalties.
In practice, it will depend on how zealously the government plays the cat and mouse game. Kind of the same situation as with China and VPNs that bypass the Great Firewall (ironic!).
I mean, you can use that approach to denigrate pretty much any activity people spend time on.
How much of the coal in a blast furnace is actually necessary for the carbon impregnation, as opposed to supplying the heat via combustion? Steel contains only a few percent carbon by weight, so it doesn’t seem like much carbon is needed (not to mention that the carbon in steel is essentially sequestered).
I think those use normal VCSELs. To justify using PCSELs, maybe it would be lidars for long range sensing, like range finding over dozens of meters or something.
This is a really neat technology that Noda (the author of the article) has been plugging away at for decades. The main problem, from my understanding, is that people haven’t been able to find applications.
We already have conventional laser diodes that work extremely well, they’re not that bright but bright enough to make laser pointers, disc read/write heads, etc., which are applications where miniaturization is important.
On the other hand, in industrial applications like cutting steel, we have fiber lasers. Those are about the size of a briefcase, compared to the photonic crystal lasers in this article which about a centimeter. But they can reach incredible brightness, about 1000x the output power of the photonic crystal lasers (and about 1,000,000 times that of ordinary laser diodes). And in industrial applications you don’t really need the laser to be miniaturized (especially since the power source itself will be a chonky piece of equipment).
So somehow, right now this neat tech is falling into the cracks. One day, I’m sure someone will find the perfect application for it, though.
Edit: the potential application that people are most hopeful about is lidar; if, in the future, lidar gets integrated into consumer electronic devices like cellphones, then photonic crystal lasers will probably prove their usefulness.
Armed offensive against the illegal Myanmar junta.
He’s more mRNA than man now.
Based Gemini.
deleted by creator
There’s a tidal wave of “cheap and good enough” Chinese EVs starting to sweep the global market, fulfilling pretty much what you said. The new BYD Qin retails for $15,000.
If the US puts up protectionist trade barriers, the US auto market will turn into an enclave of gas guzzling SUVs, totally divorced from the rest of the world.
they would’ve never invested in moderation, so it probably would’ve turned into a shitheap.
i.e., basically Reddit!
The crazy thing is, they had a nascent social network going with Google Reader, populated by people who were engaged and interested in the content. And they threw it all away to chase a Facebook clone, which was doomed anyway.
Because it looks bad if your text is peppered with quotes joined by little strips of connecting material. It gives (rightly) the impression that you don’t know how to digest information and put things in your own words.
Some of the prior cases described in this article, as precedents that could spell trouble for OpenAI, frankly sound like miscarriages of justice. Using copyright to prevent organizations from photocopying articles for internal use? What the heck?
If anything, my take home message is that the reach of copyright law is too long and needs to be taken down a peg.
Here’s the story as I understand it. US automakers want to make expensive premium cars because those sell for high margins. The big breakthrough in the EV market over the past few years has been China EV makers figuring out how to make cheap and “good-enough” EVs, which are catching on in many places across the world. This is clearly the direction in which the market has to move (whether via Chinese or non-Chinese automakers) to spur mass EV adoption. In the US, however, the established automakers can rely on protectionism to block imports, this keeping the US market limited to big expensive cars that remain using ICEs.
These complaints about EVs being too expensive are way out of date, now that China is pumping out hordes of cheap EVs that consumers like.
Even if the US doesn’t want to let in Chinese auto imports, the question remains: why are Chinese automakers able to bring down prices, but not US automakers? You can point to Chinese government subsidies, but the US also does industrial policy these days. One of Biden’s favourite talking points is how much money his government is putting into supporting US green manufacturing through the IRA.
Big oil didn’t stop solar panels from becoming a working technology. Sometimes a technology is just hard, there’s no need for a conspiracy.
Funny thing is, TSMC in Taiwan is considered a premium employer. It offers much better pay and parks than other companies.