Does it mean that that passage would be rated a 53% chance of being watermarked? So you would need a passage 10x as long to be reasonably sure of providence?
This is comparable to datacenters in space. We have no idea whether:
a) it is possible to construct such a scanner
b) the results of a scan would be able to diagnose anything
c) the false-positive rate would be low enough to make this useful
But it is probably very good as a source of speculation to hype the valuation of the company, because iff the above issues are solved, then this could be very valuable.
If any company can put profitable data centers in space, it will be SpaceX. But I doubt that any company can. The difficulties of the physics and engineering of cooling seem like they will always outweigh the advantages of keeping your data center on Earth.
I am annoyed by the insistence that the value of this company comes from something that no one has been able to show is possible yet without multiplying it by the obvious risk factor. And they seem to have got other companies like Alphabet[1] and Anthropic to publicize the idea, to give it more credibility.
I do not want my pension to automatically buy shares at $1T, but it looks like it will have no choice.
This: "I do not want my pension to automatically buy shares at $1T, but it looks like it will have no choice."
They know the game very well. They know that if they manage to pump up the valuation high enough - they will be automatic money flowing in - regardless of actual valuations.
The unit economics of orbital DC just doesn't work with today's technology. Assuming 0 ongoing OpEx(free energy), the launch cost of the satellite itself, along with solar panels, radiators as well as the chip themselves just doesn't make sense given the ~5 year operational lifespan of both the chips and the satellites.
LEO satellite orbits decay. e.g. starlink sats are ~5 year lifespan. But assuming a higher, more stable orbit, how do you replace them? There will be tens of thousands of these orbital DCs, so not really feasible to go to each one to replace some chips.
Or alternatively I guess a few massive ones, but those would need to be truly massive to accommodate the solar panels and radiator fins required.
Space data centers are a bad idea. Every DC has a non zero number of employees that do maintenance. Going from 99% to 99.9repeating% reliability is extremely expensive. That's why satellites cost billions and take 10 years to build.
How do you price regulatory restrictions? The laws governing space are more lax than those governing how much chromium Tesla can dump into their waste water. By building in space, they get to completely sidestep any regulatory issues on Earth, like not being allowed to build what they want, wherever they want, how they want. It's annoying getting permits to do whatever on my house, but for businesses, it's a real problem.
The biggest regulation of building in space is... where do the debris go. You are tightly monitored for how much trash reenters into the atmosphere, so there is still SOME level of regulation.
There are safety regulations that require things roughly like, "to prevent harm to planes in the air and people on the ground, either control where your satellite re-enters so or make your satellite entirely out of components that are almost certain to burn up on re-entry".
As far as I can tell, there is no environmental regulation of how many kilograms of aluminum, silicon, etc. being added to the Earth's atmosphere when a Starlink burns up during re-entry.
elon has a great wall of china's worth of plaques with comments exactly like this, and his companies are still worth more than their combined weight in gold
I wish I could, it was one of those youtube podcast type interviews with one of the engineers, there was a lot more shared, but that line stuck with me the most.
Also, the stacked graph only allows you to quickly see total mentions, really hard to compare negative or positive sentiment across models at a glance.
Came here to offer this feedback. If I can't see the name of the model, nothing else in the chart really matters to me. I even tried going to the Google Sheet.
It's way too important a piece of information not to have it visible.
Fluent means different things to different people (and in different languages!).
As I understand it, B2 means one has a solid, functional proficiency in the language. They conversate/listen/read/write in diverse situations, without needing to switch to a different language or to prepare in advance.
They're very likely, however, to make mistakes, say things in non-idiomatic ways etc. although this is expected to be minor enough to not affect the ability to understand them.
In order to get to C1 and above, one needs a deeper understanding of the language - phrases, idioms, connotations, registers, etc. and a broader set of situations they can handle, e.g., a philosophical discussion. An of course, errors are expected to be rarer.
So, literally speaking, B2 is rather fluent, since the language is "flowing" out of them and they're not stopping to think every other word (which is, as far as I understand, a common interpretation of flüssig in German).
But as "fluent" speakers should know, words come with expectations beyond the literal meaning :P
But I as far as I recall B2 is when you start seeing native people failing the exam without preparation with C2 becoming a legitimate challenge for native speakers.
I believe the same threshold exists in N2 but because it's so Kanji focused without much assessment of fluency.
> Weighted mean detector score 0.5307
Does it mean that that passage would be rated a 53% chance of being watermarked? So you would need a passage 10x as long to be reasonably sure of providence?