Fuel cell cars (such as there have been) have enjoyed the same tax subsidies as BEVs, but failed to make any headway. Meanwhile millions of BEVs are being sold a year at this point with sales on a quickly ramping curve, vs what? Thousands of h2 fuel cell cars. Toyota can hardly give them away. Save some kind of major unexpected breakthrough on h2 production, a major push for h2 fueling stations that shows no signs of happening, as well as some improbable huge innovation reducing the costs of much more complicated fuel cell drive trains, that battle has pretty much already been settled. I mean, I can see greater numbers of hybrids as well as plug-in hybrids. H2 might still work in heavy freight, locomotives, shipping . . . but sorry, fuel cells in mass market passenger cars are just not happening. I say the government progressively and predictably increases the required "fuel efficiency" of all vehicles agnostically, maintaining subsidies for less polluting and carbon intensive technologies, which would favor gas hybrids, PHEVs, BEVs, and H2 fuel cell vehicles on a fair playing field. Then let the market and supply and production efficiencies play out and choose the winners and allow for niche players. There are certain models of the VW Jetta that approach 50mpg on a straight gas engine. Why would you not want to encourage that on a level playing field? But even if a hybrid Prius got 100mpg vs today's 60mpg, all trends say in five years BEVs will be better and cheaper because they are far simpler and batteries will get that much cheaper, and high speed chargers will be as ubiquitous as gas stations. Let pure economics and technology and industry play out, but realize: bet against BEVs at your hazard.

Anything as large and rich as the internet can't ever be completely organized, tied down, or defined. The library analogy can obviously be applied to particular (small) parts of the internet, but is a very misguided way of thinking about it as a whole. It's more like the ocean, vast, teeming with life, evolving, flowing, with hidden currents, producing crazy creatures and vast interlocking ecosystems. Humans never had a prayer of controlling, cataloging, stopping, or completely understanding the ocean, and that probably applies to the internet as well. So yeah, the ocean is rotting . . . and then regenerating, roiling, changing, destroying, creating.

Timing for this article couldn't be worse, coming off a week of many-fronted good news for solid state lithium battery technology. If a solid state battery can recharge in a mere 15 min, and be significantly safer and more energy dense than current batteries, then the main advantage of hydrogen is pretty much removed, or at least is enough to make all of its disadvantages start to look really bad. Who is going to go to the trouble of putting in tens or hundreds of thousands of expensive h2 filling stations when electric quick charge infrastructure already is being built out, and costs a fraction as much? The fuel and the fuel cell equipment will also continue to be significantly more expensive and complicated than battery EV equivalent. Fuel cells might still go in some applications, but in general automotive surely the fuel cell v battery argument is already being won going away by battery.

The top 31 spots on this list would probably have to be occupied by all the days of Oct. 1918. That one month averaged over 6,200 US deaths per day (195,000 deaths.) And this was when the US population was only something like 103m. Nothing compares to Oct 1918, or the pandemic of that time. Let us pray and do everything possible to avoid it getting anywhere near that bad.

You know, I've messed with multiple monitors enough on Linux for a few years to know that just about anything is possible, but it's not always easy. At all. I think this is a very valid question to ask /. because he is certainly trying to do something that's not at all 'out of the box' with the simple multimonitor support in things like nvidia-settings or Xinerama or whatever. In fact, some of the responses I've read seem to indicate that exactly what he's after isn't actually possible. I recently *finally* figured out how to account for overscan on my HDTV. It involved a custom metamode line and other junk in xorg.conf, quite a lot of Google hunting, a very specialized Windows-only monitor analysis app, and mathematics to arrive at the value. A LOT of stuff that other OS's can do with a nice onscreen GUI are still not even close on Linux. Google does not give you answers. It gives you data and tons of it. And I have no idea what to say to people who take the time to read these questions and get offended that they were asked, and bother to answer them (incorrectly) along with an insulting rtfm or something. No one really forced you to read or respond to anything. You're wasting your own time.

Not sure there's a full recognition of how many 'computers' we are all going to be running in the near future, and thus how many licenses and payments will be owed on all the proprietary software they could conceivably use. $250 desktops and laptops doesn't begin to describe the impact of commodity computers on a chip. Used to be the only real computers you had that required a full OS were your desktop and/or maybe a laptop, perhaps another one at work. Now or real soon, your phone(s), your audio player(s), your car(s), your tivo(s), your media server, your mobile internet tablet, etc. will all essentially be full computers, capable or best used with a full OS.

MS will do fine for a while by lowering the price dramatically, clearly not everyone is going to pay $200 for each copy for 15 devices. If MS reduces that to $15 for each device, they still get the same money (or more) per person and it doesn't seem so expensive.

This only goes so far however. Soon even $15 or even $5 will be too much, when a music player costs $15 and has the power a pentium 4. Those that run free software will be the only ones that can even compete.

Another issue has nothing to do with money but rather with hassle. I personally got really turned off with proprietary software largely because of the hassle: having enter 24 digit product activation keys; realizing I can't run a lot of software on more than one computer without a new license; having to enter in the key AND phone the company anyway to get it activated; getting bugged every year or two for every app that needs upgrading and a new tax to pay; changing my hard drive and adding RAM and a new NIC to a box only to find that Windows deactivated; upgrading to Vista only to find that my Photoshop CS2 doesn't and won't run on it, I'll have to upgrade to CS3 for $$$; etc, etc, etc ad nauseum. Imagine going through this on 15 different little devices for every little app. you like. And with cheaper hardware, people will just buy a new XYZ device every year or two. Imagine transferring apps and licenses to your new XYZ every year and having 15 devices of various kinds.

In the coming world of pervasive computing, proprietary software in general is a bankrupt model, and FOSS, especially in the last year or two, is making giant strides and has all the momentum. It's starting to snowball. I have yet to hear of anything FOSS can't conceivably do because of any inate failing in the concept. I mean games don't run on Linux because people don't write Linux games, not because Linux is incapable of running games fantastically. Therefore, it's only a matter of time and will. I've only been watching FOSS for about 3 years, but in that time, nearly every shortcoming I've seen in the various apps has been recognized and 90% of it has already been solved. Even if Linux and FOSS all kind of sucked it would still be compelling, but I think increasing it's actually superior. I don't think it's a matter of if proprietary software can stay dominant, I think it's a matter of how and why it could conceivably survive more than another 10 years.