This one looks better, though. Apparently, the SoC used, in addition to the application processor, has two extra 200 MHz dedicated independent microcontrollers. It just seems like a better match for hard-RT control applications. I'm not sure about Galileo but without a hard-RT OS and with caches on the CPU, it doesn't look all that juicy for these applications.

I think you got the wrong article.

What about a competition of automatic, solar-powered trucks? Perfect for Australia.

Why would I do that when I can have the car accident investigators and the medical examiner do that for you?

L.A. Noire has a single file that's over 5GB in size. The full game is 12GB in size.

That's just one application. I multitask. 8GB of cache just doesn't cut it.

I just bought a new desktop and opted for SRT rather than the hybrids.

OS drive: High performance (so quite expensive) dedicated SSD
Data drive: 2TB 7200rpm with a rather cheaper 60GB SSD as a cache
NAS : Purely spindle, it's there for infrequently accessed files and backup

The biggest benefit over the hybrid is that 60GB not 8GB. If I import 10GB of photos from my camera I don't want them getting flushed off the cache. If I want to play a 15GB install-size game I don't want to lose the benefits of caching. Right now I can use Lightroom and play the game at the same time.

One word: Dehomag.

They could still cheat on the comparisons of new and old devices. But yeah, they really don't need to. It's not like this would significantly change the demand.

You're essentially increasing the productivity of mankind per capita. There's nothing wrong with *that* - the one thing wrong is that once we have that productivity, we randomly deny the output to others even though nothing prevents us. Well, I guess that societies can get outdated as much as business models and technologies do.

It would have to be a ship-sized device. I believe that for thermal depolymerization, the water contents is actually useful. The high percentage of water in jellyfish is worrisome, but the feasibility of the process depends on the efficiency of heat recovery from the exiting steam. Since ordinarily, the EROEI of the process is somewhere around five for "standard" inputs, it might still work.

400 kg of biomass per hour to incinerate for energy generation or to turn into hydrocarbons to make the process self-sustaining?

And you think that trying to reject the null hypothesis in case of traditional journals is not worth the time? Given the fact that they apparently checked for the quality of the rejection letters, I think it would be worth their while to try.

Also, there's at least one high-quality open access journal that will reliably reject all your bad papers. ;-)

Your post looks photoshopped. Yep, definitely. The reflections are all wrong.

Actually, this was a case of Tom Clancy - otherwise quite erudite, technology-wise - getting himself scammed by some douchebags. He should have known better; high-school knowledge of EM fields should be enough for anyone to understand why this is impossible.