yet it's just now climbing out of a third world status that it's been in for centuries.
But just barely for 2 centuries. Up to the beginning of the 19th century, Chinese technology and culture was way ahead of Europe. This is why there still is mystique about Eastern wisdom. Civilizations rise and fall, then rise again, it is not a linear progression upwards.
I wonder how they manage that? Isn't it equivalent to carrying a very large electric charge and somehow keeping it from getting neutralized?
Same problem as in large capacitors. If they have tech to do that, wouldn't it be a wonderful electricity storage system!
The way things are going, all significant airports will be requiring scanning a few years from now. They are arguing about it at the EU level right now, with some politicians still voicing privacy concerns, but I expect they will be overridden, especially if yet another terrorist incident occurs on some flight. So either you submit to scanning, or don't fly.
Wonder if this, combined with rising fuel costs and carbon footprint concerns, will result in a world where civilian passenger flights are an expensive rarity. Would transatlantic passenger ships come back?
Thanks. That's a relief. Makes the new Intel CPU a reasonable prospect when I next need to update my home box (now with Pentium Duo + ATI 9200). I'm not a big user of 3D apps, but I like to fly with the Google Earth occasionally, and the kid needs some games...
"For example, Finland. Just over 5 million people in that very large country, but 25% of them live in Helsinki urban area.
True, but the coverage in the rest of the country (where I happen to live) is still very good. You will have to go far into unpopulated woods to lose the signal entirely, although more advanced technologies like EDGE or 3G drop out soon outside cities or major roads. The upcoming 3G over the 900 Mhz band should help solve some of this problem.
In the countryside, the telcos are actually more or less forcing people to cellular by dropping maintenance of fixed wire lines, which is much more expensive in sparsely populated areas than maintaining a few more base stations. Many hate this because then they cannot get ADSL lines and have to rely on slower wireless data.
Well, it works for me well in Mandriva, and apparently also for lots of other people, otherwise XFS would have surely disappeared from the kernel by now. I have not encountered data loss with it so far. I wonder how long ago did you have your bad experiences? I have heard XFS was really flaky in the beginning, which may have earned it a lasting bad reputation, even if it has mended its ways.
Granted, the usage on my XFS computer is not so heavy, but the power cord occasinally gets yanked by a 3-year-old, exercising the journaling features.
As to why, I find it has a noticeably better performance than ext3 for my uses. Ext3 for example somehow manages to spend ages in deleting a large directory tree.
Mandriva is very easy to use, but also has all the power user features you can wish for easily available: by default there is a root account you can login to directly, unlike in Ubuntu. Installer supports more file system choices than most other distros (been running XFS at home for a long time).
Hardware support is good. My gut feeling has been it is better than in Ubuntu, but this is just personal experiences with some boxes that ran Mandriva but not Ubuntu, several years ago, and may not apply to latest versions of both.
Software versions in Mandriva are usually very fresh. It also seems to have better good 32 and 64 bit interoperability than most. I have been running the 64-bit version, yet I have not seen the 32-bit Flash troubles that users of other distros report. Just install the plugins and tell nspluginwrapper to update its information. I guess the fact that the author of nspluginwrapper used to work for Mandriva shows!
One good thing in favor of Mandriva is the PLF ("Penguin Liberation Front") repository that you can use to easily add software that the patent-encumbered in some parts of the world.
Any kind of airship is slow and large, providing an easy target for the bad guys. Even the common shoulder-fired Stinger missile reaches up to 15 700 feet (says Wikipedia), so the ship would be vulnerable to it for a long time during its ascent and descent. Other rockets (maybe improvised) could reach it at the cruising altitude.
That CDC 6600 console with the two round screens must be the weirdest-looking real-life terminal device ever built! The whole thing looks like a robot face. I wonder what the screen resolution was...
In the office one often sees short texts mailed around as Powerpoint or Word, which together with the corporate logoed template bloats the file size about 10x or sometimes even 100x compared to plain text, or even compared to simple RTF as produced by Wordpad, if you cannot live without font effects.
I'm pretty sure that globally, such dumb practices make several million cars' worth of extra CO2 emissions...
Slashdot having a long discussion on parenting? Sure sign the readership is no longer nerds in their teens or tweens. The scary thing is finding it personally relevant, having a 3 year old little man in the house.
Note that the EU is just banning incandescend bulbs, NOT mandating fluorescent ones. When realistic LED lights become available, of course they will be used.
The mercury problem is easily solvable. Just institute a deposit recycling system for the fluorescents, like there exists for bottles in many countries.
By the way, am I the only one to find the light from white LEDs irritating? Somehow I find it harder to see in LED light than with alternatives, even when the light output is theoretically comparable. It is as if the frequencies in its spectrum just miss the the ones my photoreceptors are tuned into...
About the 6 feet of lead: A year or two ago there was a Scientific American article on the subject of shielding manned spaceships. According to it, lead or other metal is useless, just makes the radiation problem from solar storms worse. What works is a substance rich in hydrogen, such as water or polyethylene. 2 meters of polyethylene would be sufficient, and getting it up is more tractable than lead. So one could envision fitting the station with a thick hollow ball of plastic with an inner diameter of a few meters, which would then be used as a refuge during solar storms.
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After a few rounds by Microsoft lobbyists, the required language switches from Python to Visual Basic
But just barely for 2 centuries. Up to the beginning of the 19th century, Chinese technology and culture was way ahead of Europe. This is why there still is mystique about Eastern wisdom. Civilizations rise and fall, then rise again, it is not a linear progression upwards.
I wonder how they manage that? Isn't it equivalent to carrying a very large electric charge and somehow keeping it from getting neutralized? Same problem as in large capacitors. If they have tech to do that, wouldn't it be a wonderful electricity storage system!
Wonder if this, combined with rising fuel costs and carbon footprint concerns, will result in a world where civilian passenger flights are an expensive rarity. Would transatlantic passenger ships come back?
Thanks. That's a relief. Makes the new Intel CPU a reasonable prospect when I next need to update my home box (now with Pentium Duo + ATI 9200). I'm not a big user of 3D apps, but I like to fly with the Google Earth occasionally, and the kid needs some games...
Is the graphics unit a derivative of the notorious Poulsbo (no good open-source Linux support), or of GMA9xx (open drivers on Linux)?
True, but the coverage in the rest of the country (where I happen to live) is still very good. You will have to go far into unpopulated woods to lose the signal entirely, although more advanced technologies like EDGE or 3G drop out soon outside cities or major roads. The upcoming 3G over the 900 Mhz band should help solve some of this problem.
In the countryside, the telcos are actually more or less forcing people to cellular by dropping maintenance of fixed wire lines, which is much more expensive in sparsely populated areas than maintaining a few more base stations. Many hate this because then they cannot get ADSL lines and have to rely on slower wireless data.
Well, it works for me well in Mandriva, and apparently also for lots of other people, otherwise XFS would have surely disappeared from the kernel by now. I have not encountered data loss with it so far. I wonder how long ago did you have your bad experiences? I have heard XFS was really flaky in the beginning, which may have earned it a lasting bad reputation, even if it has mended its ways.
Granted, the usage on my XFS computer is not so heavy, but the power cord occasinally gets yanked by a 3-year-old, exercising the journaling features.
As to why, I find it has a noticeably better performance than ext3 for my uses. Ext3 for example somehow manages to spend ages in deleting a large directory tree.
Hardware support is good. My gut feeling has been it is better than in Ubuntu, but this is just personal experiences with some boxes that ran Mandriva but not Ubuntu, several years ago, and may not apply to latest versions of both.
Software versions in Mandriva are usually very fresh. It also seems to have better good 32 and 64 bit interoperability than most. I have been running the 64-bit version, yet I have not seen the 32-bit Flash troubles that users of other distros report. Just install the plugins and tell nspluginwrapper to update its information. I guess the fact that the author of nspluginwrapper used to work for Mandriva shows!
One good thing in favor of Mandriva is the PLF ("Penguin Liberation Front") repository that you can use to easily add software that the patent-encumbered in some parts of the world.
Hmm, noticed that IBM is not in the list of defendants. The patent trolls don't want to wake up the IBM legal Nazgul, after what happened to SCO...
Any kind of airship is slow and large, providing an easy target for the bad guys. Even the common shoulder-fired Stinger missile reaches up to 15 700 feet (says Wikipedia), so the ship would be vulnerable to it for a long time during its ascent and descent. Other rockets (maybe improvised) could reach it at the cruising altitude.
That CDC 6600 console with the two round screens must be the weirdest-looking real-life terminal device ever built! The whole thing looks like a robot face. I wonder what the screen resolution was...
I'm pretty sure that globally, such dumb practices make several million cars' worth of extra CO2 emissions...
Didn't see this kind of thing here 10 years ago.
The mercury problem is easily solvable. Just institute a deposit recycling system for the fluorescents, like there exists for bottles in many countries.
By the way, am I the only one to find the light from white LEDs irritating? Somehow I find it harder to see in LED light than with alternatives, even when the light output is theoretically comparable. It is as if the frequencies in its spectrum just miss the the ones my photoreceptors are tuned into...
About the 6 feet of lead: A year or two ago there was a Scientific American article on the subject of shielding manned spaceships. According to it, lead or other metal is useless, just makes the radiation problem from solar storms worse. What works is a substance rich in hydrogen, such as water or polyethylene. 2 meters of polyethylene would be sufficient, and getting it up is more tractable than lead. So one could envision fitting the station with a thick hollow ball of plastic with an inner diameter of a few meters, which would then be used as a refuge during solar storms.