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Nuke@Home (Science)

By MotorMachineMercenary
Sun Jan 9th, 2005 at 07:55:15 AM EST

Humour

My computer is on 24/7 fighting off trojans, viruses and worms and downloading big-tit porn. Since the various P2P applications, IRC and USENET downloaders I have running simultaneously don't use that many CPU cycles I've used my spare CPU cycles to do some good. I started taking part in several crypto challenges, helping break DES and RSA 56 and 64. After them I've run SETI@Home since its first weeks. That amounts to 17353 hours (723 days, a week short of two years) with 1370 work units completed. I've contemplated on folding proteins or cancer research but I've always thought that when it comes to the big picture finding extra-terrestrial intelligence trounces all of our little mundane problems. But just as I'm sure of the correctness of my conviction that search for ETs has the highest utility for my spare CPU cycles, I know that there would be one which would have even higher utility: finding the perfect nuclear weapon.

Introducing Nuke@Home.


When Robert Oppenheimer famously declared himself "the destroyer of worlds" he was the first mortal who could justifiably raise himself into a god, if only for a moment. But the early weapons were weak despite the fact that the nuclear physicists were taking bets whether the first test would ignite the atmosphere or not. The two endearingly named little bomblets that were dropped in Hiroshima and Nagasaki were the biggest man-made explosions humans had seen, but they still only killed a few hundred thousand people at most. Gods constantly remind us that we are just dilettantes in destruction with rampant earthquakes, killer tsunamis and Michael Jackson.

New nuclear weapons are mostly designed using computers because some naïve, ideological leftist tree-huggers don't like us blowing up dead reefs even though they are thousands of miles away from white people. Nuclear tests have been banned for years now although some of the tougher countries along with France still do them to flex their muscles. But modelling nuclear explosions, fissions, fusions and atom decays is tough job for even the fastest computers out there. That's why governments with nuclear weapons spend copious amounts of money building supercomputers to crunch the numbers so we don't have to crunch atolls in the Pacific.

According to the SETI@Home FAQ its distributed computer puts out 15 teraflops. This computing power is more than any known supercomputer. I'm sure there are faster supercomputers deep under the Rockies, Big Ben or the Louvre. But those computers cost hundreds of millions of dollars to build and operate. For a tiny fraction of that money they could build a distributed computing platform, à la SETI@Home, to make the same calculations cheaper and faster.

But like any grand project, there are obstacles. Fortunately none of them are grave. In order of threat level:

  1. OSS zealots. We can't have some enemy agent or terrorist tampering with the program so we need closed source code. OSS zealots would likely balk at this in their typically unpatriotic, anti-capitalistic way and boycott the project. So what? Well, they command much of the potential CPU cycles since they have the best computers ("boxen") to run that video of Janet's nipslip in 1600x1200 with 16+ million colors, smoothly. The solution is to "leak" the source code for Nuke@Home. The little shits will take the source code apart and build their own version which will run faster, better and more efficiently. They will release it and give the results to everyone including the Enemy, using leftover money from donations to buy ads in Financial Times to promote "free" software and other forms of communism. Of course we will have leaked the wrong code and integrate the improvements they will foolishly release os "open source" into our engine. The OSS zealots' CPU cycles are lost but it's better for them to go snipehunting than eroding Microsoft's bottom line further.
  2. The same naïve, ideological leftist tree-huggers who like inhabited wastelands more than national security. These are easy to take care of. When Nuke@Home launches we will do what we should've done before the Cold War ended: put them all in internment camps in the Antarctica chipping ice cubes off the glaciers for our gin&tonics.
  3. Syria. I don't know exactly how they are a threat, but we need to take care of that little shithole terrorist breeding ground before they unleash their suicidal armies on us. They would be taken care of with nukes, preferably.
I am sure we would find hundreds of thousands of enthusiastic, patriotic volunteers for Nuke@Home. Not only that, I see great future for such a project. Nuke@Home could come pre-installed on Windows machines for hefty tax-cuts for Microsoft. Running it for so-and-so many hours would get you tax cuts (these would be appropriately funded by cutting health care). And I'm sure it would quickly become a patriotic duty for people to have Nuke@Home running as a screensaver on their computer, PS2 and toaster. We could even have people checking on their neighbors that they are running Nuke@Home just to make sure they are doing everything they can to rid the world of evil.

I'm personally not interested in such worldly prizes. I want to model those beautiful nuclear mushrooms. I want to lovingly cultivate them on my screen, being anointed by every puff and huff of their plume growing on my screen. I want to experience the same physical engorging as the clouds show. I just want to become god among gods.

This is my chance. And this is also your chance to hobnob with Shiva, Zeus, Ukko and Shaitan. Nuke@Home could result in an orgy of deifications leading to divine enlightenment. Let's make it happen. Call your representative today!

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Poll
Nuke@Home
o I want to become destroyer of worlds, too! 33%
o I want to become death, too! 23%
o I want to rid world of evil, too! 14%
o Nukes are cool! 28%

Votes: 81
Results | Other Polls

Related Links
o helping break
o DES
o RSA 56 and 64
o SETI@Home
o folding proteins
o cancer research
o big picture
o Robert Oppenheimer
o FAQ
o More on Humour
o Also by MotorMachineMercenary


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Nuke@Home | 120 comments (78 topical, 42 editorial, 1 hidden)
Natural-Born Tritium (none / 0) (#120)
by Mad Arab on Wed Mar 30th, 2005 at 02:31:33 AM EST

Tritium has such a short half-life that you are unlikely to find any measurable quantities of it in a natural state.

Supercomputers (none / 0) (#114)
by BobTheMighty on Fri Feb 4th, 2005 at 06:53:31 PM EST
(RBK_BlackKnight [at] hotmail.com)

> According to the SETI@Home FAQ its distributed
> computer puts out 15 teraflops. This computing
> power is more than any known supercomputer.

IBM, SGI, NEC, and CDC all have supercomputers faster than this. The computers at Virginia Tech, Los Alamos, Rochester, NAVOCEANO, NCSA, and ECMWF also all have theoretical peak outputs above 15 Tflops. Just, you know, FYI
-
I'll try not to confuse you more than absolutely necessary

Humor section (none / 0) (#109)
by exa on Sun Jan 16th, 2005 at 05:13:34 AM EST
(erayo@bilkent.edu.tr) http://www.cs.bilkent.edu.tr/~erayo

I think this was supposed to be funny.

It is not funny to say that a-bomb explosions look beautiful, or any of the other great ideas
__
exa a.k.a Eray Ozkural
There is no perfect circle.

how did this troll get posted (none / 0) (#107)
by klem on Thu Jan 13th, 2005 at 11:10:45 PM EST



This story (Castle Bravo) gives me the willies... (none / 1) (#104)
by claes on Thu Jan 13th, 2005 at 06:36:25 PM EST

From http://nuclearweaponarchive.org/Usa/Tests/Castle.html

The Shrimp device tested in Bravo was a 15 Mt two stage thermonuclear surface burst. This was the first "dry" or solid fuel (lithium deuteride fueled) H-Bomb tested by the U.S., and the first solid fuel Teller-Ulam device ever tested. It was the largest bomb ever tested by the U.S. although this was by accident. The yield of Bravo dramatically exceeded predictions, being about 2.5 times higher than the best guess and almost double the estimated maximum possible yield (6 Mt predicted, estimated yield range 4-8 Mt).

This thing was around 10 MT bigger than they expected. It was an "accident". They had NO FUCKING IDEA what they were lighting off.

-- claes

Your First Problem... (none / 0) (#95)
by Inhibit on Mon Jan 10th, 2005 at 02:50:06 PM EST
(inhibit at pcburn.com) http://PCBurn.com

My computer is on 24/7 fighting off trojans, viruses and worms and downloading big-tit porn.

<tongue firmly in cheek>
Maybe if you *bought* your big-tit porn in the government recommended DVD format you wouldn't *get* the trojans, viruses, and worms, you dirty hippie! :P <ducks>
-- Inhibit, PCBurn Linux hardware/software reviewer
Ah, sticks and stones... (none / 0) (#89)
by divinus on Sun Jan 9th, 2005 at 04:06:06 PM EST

tsia

Paging Michael Crawford.... (none / 1) (#67)
by strlen on Sat Jan 8th, 2005 at 07:57:50 PM EST
(strlen)

Paging Michael Crawford, to explain how you could probably design a nuke given a Ph.D in Physics (or a related discipline) and a modern Linux box running Matlab (and how, I believe, this was a hobby for Caltech students).

--
FATMOUSE + YOU = FATMOUSE
Eh, the nuke isn't that impressive (2.71 / 7) (#41)
by Kasreyn on Sat Jan 8th, 2005 at 09:38:16 AM EST
(screw email, AIM me or post a reply) http://www.livejournal.com/users/kasreyn

I mean, it's a very effective weapon, but the Great Khan also had enough power to call himself a god, if you're simply using the scale of "how many people I can order to have killed": the Mongols put more than a million people to the sword in each of several Chinese cities they sacked. In one city, the survivors hid in piles of corpses, so in the next one, the Mongol commander ordered his troops to decapitate all the bodies, just to be sure.

It always amuses me that people think mass destruction never existed until gas chambers and bombs were invented. :P

#2 made me laugh, though. So did "thousands of miles away from white people". :P


"You'll run off to Zambuti to live with her in a village of dirt huts, and you will become their great white psycho king." -NoMoreNicksLeft, to Baldrson
Why bother? (2.66 / 3) (#38)
by kitten on Sat Jan 8th, 2005 at 03:02:32 AM EST
(kitten@mirrorshades.org) http://mirrorshades.org/wc

Yeah, I realize it's a joke, but still -- why bother? Just cram more fissionable/fusable material in there and away we go. I don't know what the average yield is these days, but we're talking multi-megatons, in some cases multi-tens of megatons. At that level of destruction, who cares if you can squeeze another little bit out of it? The city's gonna be gone either way -- easier and cheaper to build bigger bombs than more efficient ones.


kitten.
constant as the northern star.

More problems (2.70 / 10) (#32)
by Polverone on Sat Jan 8th, 2005 at 12:41:09 AM EST
(gfxlist@yahoo.com) http://www.sciencemadness.org

PS2s, toasters, and almost any home computers will not have enough RAM to run a modern simulation of coupled radiation hydrodynamics. If you make individual machines mere nodes in an MPP system, communications overhead will dwarf whatever benefits you gain from distribution.

The biggest, baddest, doomsdayest bombs were designed in the 1950s before computers could contribute that much. It's easier to make gigantic weapons than efficient ones. So really we should forget running nuke@home and get to work writing bots that will email US senators, demanding large, atmospheric nuclear tests on the 4th of July, the New Year, and the Chinese New Year.

The most advanced nuclear weapons currently in service were designed in the 1970s. A typical school computer lab today has more computational power than the entire US nuclear weapons establishment did when the most recent generation of weapons was designed. Whatever obstacles there are to developing nuclear weapons today, "computational intractability" is not high on the list.
--
It's not a just, good idea; it's the law.

Look, it's very simple. (3.00 / 4) (#22)
by jd on Fri Jan 7th, 2005 at 10:23:44 PM EST

The world's oceans are 2/3rds hydrogen, and cover 2/3rds of the planet. All you need to do is build a large enough power station, electrolyze the water into it's components, and then detonate a standard fission nuke to start the fusion reaction.

So long as you're fast enough (ie: before the hydrogen escapes), you'll produce the best explosion this side of the Crab Nebula.

-1 (1.80 / 5) (#21)
by mikepence on Fri Jan 7th, 2005 at 10:06:30 PM EST
(mike.pence@gmaildotcom)

"Ideological leftist tree-huggers who like inhabited wastelands more than national security" like me tend to think that perhaps the hubris of a generation should not destroy what thousands of generations before us has preserved.

Increase K5 traffic by keeping the front page fresh -- if you are going to vote +1, vote +1FP
A Clarification. (2.75 / 4) (#19)
by For Whom The Bells Troll on Fri Jan 7th, 2005 at 09:42:03 PM EST
(wtbt@volcanomale.com)

And this is also your chance to hobnob with Shiva, Zeus, Ukko and Shaitan.
Shiva is a God, but Shaitan is pure evil. It's like saying, "This is your chance to hobnob with Jesus and the Devil", for instance.

---
The Big F Word.
Source? (2.20 / 5) (#3)
by Psychopath on Fri Jan 7th, 2005 at 07:38:33 PM EST

I'd be really and honestly interested about a source of this nuclear physicists were taking bets whether the first test would ignite the atmosphere or not thing. Thanks!
--
The only antidote to mental suffering is physical pain. -- Karl Marx
Nuke@Home | 120 comments (78 topical, 42 editorial, 1 hidden)
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