SETI to Upgrade Software, Telescope
Professor_Quail writes "Space.com reports that SETI@home is planning to transfer it's operations from Arecibo to another telescope in Australia, where they say lies an increased chance of finding extra-terrestrials. The Australian telescope is more powerful, with a wider view of the sky; scientists are betting that this new telescope will also help find signs of 'shriveling' black holes."
[Long, probably accurate discertation skipped for brevity]
I'm told, admittedly by The Learning Channel, et al, that "each galaxy has a black hole in the center." That makes me wonder...it's probably there for a reason. Yeah, I know- great place to dump the trash....but maybe it's something more. I'd like to think that perhaps they might be connected....and if we could survive the massive gravity, that would be a way around the whole speed-of-light thing, or at least shorten it a lot.
I'll bet that won't make any sense at all in the morning. I'm turning in. Night all!
--- For a good time mail uce@ftc.gov
to be honest i think seti@home will never be used for anything more then crack codes and make calculations. (which is what it partly is being used for anyways)
One thing that makes me continue to run SETI@home instead of more "practical" applications like protein folding is the simple fact that SETI@home will not generate money for the originators of the project. The results of protein folding and AIDS research will ultimately result in some people getting filthy rich, and if they want that they can bloody well do the work themselves.
I am not sure, but I think it is Robert Heinlein who said "we humans use planets up. When we use earth up, we'll find another planet." I think all of the arrogance and hope of the human species is wrapped up in that one statement.
Take a clue from KLAT2
"KLAT2's 80/64-bit double-precision performance is around 22.8 GFLOPS, a very respectable number. Then again, using 3DNow!, KLAT2's single-precision ScaLAPACK performance zips to over 64 GFLOPS"
Optimize clients for different architectures. MMX, 3Dnow!, SSE, SSE2, Altivec, Hyper threading, x86-64 etc.
Might be nice to jump from 50 Tflops/s to 150/s just by using processor specific instructions.
Since the client will be open source, users may try it anyway but perhaps SETI could offer some kind of contest to insure the code gets audited properly.
For programmers out there, imagine placing "Optimized code for the largest distributed computing project in the world, resulting in a threefold increase in performance" in your resume.
Being personally responsible for adding 100 Tflop/s to seti@home beats the hell out of running clients on a few idle machines.
If voting were effective, it would be illegal by now.
That may or may not exist, we have asteroids that DO exist that present a threat.....
I say all this scanning of the skies could be put to equal if not greater use by developing a distributed computing client that scans the skies for possible asteroids that may pose a threat.
What are they thinking?
WARNING: Upgrades that download automatically without any user intervention? Have they gone "BOINCers?" This is a very bad idea that will create an enormous security hole. My prediction is that most businesses that currently allow seti@home will ban the new BOINC system.
Do we really need another generic distributed computing platform like the failed or failing Popular Power, Process Tree, Entropia, Parabon, and Distributed Science?
Statistics?
When anyone starts talking statistics when referencing outer space, I just have to cringe. So, let me get this straight, just so I understand your argument.
1) aliens who use radio waves must be technologically advanced.
2) Technologically advanced aliens would expand to other planets (why? what if they cannot handle weightlessness, what if they don't WANT to?)
3) Said expansion would use relativistic speeds at all times to expand
ergo: We would not recieve signals much before we recieved aliens.
Now, let's look at a simple argument against your _Very_ loose logic.
1) Space is three dimensional. Even assuming your "expansion" theory is correct, you must assume either (a) the species multiplies as fast as they expand radially outward (so that the population density is large enough that they will run into us eventually, as their expansion reaches us.
or (b) they are targeting us as a direction to move towards. Personally, I don't find any plausibility to either of these arguments.
2) You assume that since it only took us several thousand years to get where we are, there would HAVE to be species that evolved before us. There is no proof, anecdotal or otherwise that we, as a species are either late or early comers to the scene. I am resonably sure that to be able to withstand the change needed to create technology, some form of advanced, multi-cellular organism would be required. This requires a long process of evolution, assuming you believe in such.
There are other problems, I won't go into them now....
hmmmm?