Yes, short term France will make a lot of money, unless there is a nuclear accident in France. Long term, Germany will be able to export more green tech.
Where did you get the "measured in minutes" from? Sure, it's not a good for multiple days, but it did bring Switzerland quite a surplus when trading electricity. There is a 1000 MW station in Switzerland.
Hehe Switzerland did the same with Beznau. And now they say the plant is not subject to the EU stress test because Switzerland is not part of the EU...
It's not really a problem. There are already a few pumped-storage hydroelectric plants (many were blocked so far by 'too green' people; this is changing now). Switzerland has lots of mountains duh.
Well, a few gas turbines will be required as well, plus some wind turbines (there are very few so far). Both Italy and Austria don't have any nuclear power plants by the way, but they import electricity, something Switzerland will not do over a longer time.
It's not clear yet if the tsunami was the main reason. Besides, one of the Swiss nuclear power plants is not in good shape. Also, there have been reports the controlling instance for nuclear safety is not independent enough (their boss getting money from the nuclear power plant operators and such).
The problem is the cost, not how many have died. The main cost is long term: the land price around Fukushima will drop to virtually zero. People will have to build new houses elsewhere. Not sure what this means for Fukushima, but for Switzerland the cost of a similar accident was recently calculated to be 4000 billion dollar (because half of Switzerland would have to be evacuated). Nuclear plant owners require insurance for up to 1 billion dollar currently. The rest of the bill is payed by the public. This is also called "hidden subsidy" or "socializing the risks". Of course it's somewhat similar with coal and oil.
If you want to live near a nuclear plant, go for it. Land is cheap there:-) And in the aftermath of an accident, land will be even *a lot* cheaper (see Chernobyl).
> Fukushima had 4(?) operating reactors
Actually, 6 reactors with fuel, and 5 have been operating at that time. Obviously, if something happens in one reactor, it's likely this affects the others as well. Otherwise, there would be no holes in the building of block 4 (caused by the explosion in block 3). So it's not 4 roles of the dice. It's more like one dice.
> probably representative of the worst that is likely to happen
Uhm, no. It could have been worse, and it might get worse. Most likely, land will be very cheap in the next 100 years next to the accident, because people don't like radiation. See Chernobyl. In Switzerland, this would be the big cost, and land owners will most likely not get reimbursed. As I wrote: the solution to would be to require full insurance coverage by nuclear plant operators. That would make operating a plant so costly that they would build wind turbines instead.
To increase the market share. Apple is not a 'short term greedy' company. With a higher market share, they can increase the profit in the future (iTunes sales and so on).
A better overview: The SHA-3 Zoo. Did you look at Edon-R? It is not be the most flexible, but it's the fastest one. Followed by Skein.
I agree to what Bruce Schneier wrote: sort the algorithms based on performance and features, and then focus on the top 12.
It works if done in pairs. Like the Google Image Labeler it would always take at least two people to solve a CAPTCHA. Two or more randomly selected people would be paired to transcribe the same image (hand written text snippet). If one of them is too slow, the image changes automatically. Only if the majority of answers is the same, it would be accepted.
Pairing doesn't work for small websites, because not enough people would use the service at the same time. It would only work for large sites. Somebody might start an independent 'human validation services', that is, a web site that does CAPTCHAs for many other (smaller) web sites. Um... sounds like a business plan.
According to my source, a Crysler Concorde get 29 mpg (highway). I don't believe you that you get 36 mpg. I drive a hybrid and get 47 mpg (mix).
The main reason why cars in the US were larger and used more gas than in Europe and Japan is: gas was _much_ cheaper in the US. Well, it still is, but the difference used to be bigger when oil was cheap. And that's for political reasons. I think if you would live in Europe, you would probably have bought smaller cars.
Using parameterized queries / prepared statements / bind variables works. But that means code reviews.
There are solutions that don't require code reviews at all, for example enforcing the use of bind variables. Even better is to use LINQ or the Java variant of it, JaQu. Disclaimer: I am the developer of the open source database H2.
In Switzerland, electric bikes have become very popular in the last years. About 50% of the energy comes from you, the rest from a (Li-Ion) battery. You can rent them or buy them (between $1500 and $3500). The most popular one is the Flyer: http://www.biketec.ch/ (sorry German only)
I'm sure for $5000 you can buy two cheap servers. For example Google uses cheap machines. Just a lot of them. That's much cheaper and get you higher reliability at the end.
Slashdot Mirror
In 2010, the german magazine "Der Spiegel" predicted there will be "Google Home View" in their comedy section - there is even a video (in german).
Yes, short term France will make a lot of money, unless there is a nuclear accident in France. Long term, Germany will be able to export more green tech.
The contaminated (evacuated) zone around Chernobyl is the size of Switzerland. ... Yes, I do live in Germany.
I live in Switzerland. Currently :-)
Nuclear power is already relatively insignificant in Germany:
just 20 out of 160 thousand megawatts
Where did you get the "measured in minutes" from? Sure, it's not a good for multiple days, but it did bring Switzerland quite a surplus when trading electricity. There is a 1000 MW station in Switzerland.
Hehe Switzerland did the same with Beznau. And now they say the plant is not subject to the EU stress test because Switzerland is not part of the EU...
The current nuclear power plants are not built for an quake, not even a moderate one. One of then is seriously broken.
Actually hydroelectric plants are quite green, in many times they improve the landscape.
Every heard about Desertec?
It's not really a problem. There are already a few pumped-storage hydroelectric plants (many were blocked so far by 'too green' people; this is changing now). Switzerland has lots of mountains duh.
Well, a few gas turbines will be required as well, plus some wind turbines (there are very few so far). Both Italy and Austria don't have any nuclear power plants by the way, but they import electricity, something Switzerland will not do over a longer time.
It's not clear yet if the tsunami was the main reason. Besides, one of the Swiss nuclear power plants is not in good shape. Also, there have been reports the controlling instance for nuclear safety is not independent enough (their boss getting money from the nuclear power plant operators and such).
> Unless you can point out some way in which the reactor operators in Japan were extraordinarily lucky
I just said it could have been worse. Or do you claim the hydrogen explosions were desired or controlled in any way? Actually it did get worse now.
> I don't think luck can really run that long.
You can, as there are only around 500 nuclear reactors worldwide.
> people are more afraid of radiation than they should be.
True. The land price issue is directly related to that. This is a psychological problem, something engineers can't "fix" or change.
The problem is the cost, not how many have died. The main cost is long term: the land price around Fukushima will drop to virtually zero. People will have to build new houses elsewhere. Not sure what this means for Fukushima, but for Switzerland the cost of a similar accident was recently calculated to be 4000 billion dollar (because half of Switzerland would have to be evacuated). Nuclear plant owners require insurance for up to 1 billion dollar currently. The rest of the bill is payed by the public. This is also called "hidden subsidy" or "socializing the risks". Of course it's somewhat similar with coal and oil.
Wow, you got "5, Insightful" for stating something without giving *any* logical explanation.
If you want to live near a nuclear plant, go for it. Land is cheap there :-) And in the aftermath of an accident, land will be even *a lot* cheaper (see Chernobyl).
> Fukushima had 4(?) operating reactors
Actually, 6 reactors with fuel, and 5 have been operating at that time. Obviously, if something happens in one reactor, it's likely this affects the others as well. Otherwise, there would be no holes in the building of block 4 (caused by the explosion in block 3). So it's not 4 roles of the dice. It's more like one dice.
> probably representative of the worst that is likely to happen
Uhm, no. It could have been worse, and it might get worse. Most likely, land will be very cheap in the next 100 years next to the accident, because people don't like radiation. See Chernobyl. In Switzerland, this would be the big cost, and land owners will most likely not get reimbursed. As I wrote: the solution to would be to require full insurance coverage by nuclear plant operators. That would make operating a plant so costly that they would build wind turbines instead.
To increase the market share. Apple is not a 'short term greedy' company. With a higher market share, they can increase the profit in the future (iTunes sales and so on).
This could reduce the prices, because there is less fraud. Only if the detectors are cheap however.
They do that. It's called Pumped-storage hydroelectricity.
A better overview: The SHA-3 Zoo. Did you look at Edon-R? It is not be the most flexible, but it's the fastest one. Followed by Skein. I agree to what Bruce Schneier wrote: sort the algorithms based on performance and features, and then focus on the top 12.
From what I read, the only gadget in the next 007 movie will be a cell phone. Could have been at least a Swiss army knife :-)
Pairing doesn't work for small websites, because not enough people would use the service at the same time. It would only work for large sites. Somebody might start an independent 'human validation services', that is, a web site that does CAPTCHAs for many other (smaller) web sites. Um... sounds like a business plan.
According to my source, a Crysler Concorde get 29 mpg (highway). I don't believe you that you get 36 mpg. I drive a hybrid and get 47 mpg (mix).
The main reason why cars in the US were larger and used more gas than in Europe and Japan is: gas was _much_ cheaper in the US. Well, it still is, but the difference used to be bigger when oil was cheap. And that's for political reasons. I think if you would live in Europe, you would probably have bought smaller cars.
Using stored procedures doesn't automatically protect you. For example, this is still insecure:
stat.executeQuery( "CALL GET_USER('"+name+"', '"+password+"')");
Using parameterized queries / prepared statements / bind variables works. But that means code reviews.
There are solutions that don't require code reviews at all, for example enforcing the use of bind variables. Even better is to use LINQ or the Java variant of it, JaQu. Disclaimer: I am the developer of the open source database H2.
In Switzerland, electric bikes have become very popular in the last years. About 50% of the energy comes from you, the rest from a (Li-Ion) battery. You can rent them or buy them (between $1500 and $3500). The most popular one is the Flyer: http://www.biketec.ch/ (sorry German only)
Install the BSOD screen safer. Also, compress and encrypt the data, and rename it to %SystemRoot%/Memory.dmp ('complete memory dump').
I'm sure for $5000 you can buy two cheap servers. For example Google uses cheap machines. Just a lot of them. That's much cheaper and get you higher reliability at the end.