Help discover the secrets of gravity! Join Einstein@home today!
MachineGunKelly
The STICKS, Illinois
Come on, let's see if we can help find the answers to one of mankinds oldest questions. What is gravity? How can we measure it? At what speed does it travel, and in what form?
Join the http://einstein.phys.uwm.edu/ search team today while the teams are still small and just forming. The screensaver is a fantastic and manuverable image of the constellations that can be viewed from the inside or the outside, and shows where the pulsar streams intersect our part of the universe.
Together we may help solve the theories of dark matter and black holes!
I will start my own team for now and hope that Shorty and MM will allow us to use the S/M name for a team in the near future.
Hope to see you there!
Machinegunkelly
(EDIT: I created the team "machinegunkelly at team Short-Media.com". If we can get approval and enough members, I will drop my name and just have 'team Short-Media' as a team name. SHORTY! What do you say bro? MGK)
Join the http://einstein.phys.uwm.edu/ search team today while the teams are still small and just forming. The screensaver is a fantastic and manuverable image of the constellations that can be viewed from the inside or the outside, and shows where the pulsar streams intersect our part of the universe.
Together we may help solve the theories of dark matter and black holes!
Einstein@home is a program that uses your computer's idle time to search for spinning neutron stars (also called pulsars) using data from the LIGO and GEO gravitational wave detectors. Einstein@home is a World Year of Physics 2005 project supported by the American Physical Society (APS) and by a number of international organizations.
After several months of testing, we are now 'throwing open the doors' for general participation. If you would like to take part, please use the Create account link to create an account, and follow the instructions. Einstein@home is available for Windows, Linux and MacOS X computers.
This first production run of Einstein@home carries out a search for pulsars over the entire sky, using the most sensitive 600 hours of data from LIGO's third science run, S3.
Bruce Allen, Professor of Physics, U. of Wisconsin - Milwaukee
Einstein@home Leader for the LIGO Scientific Collaboration
I will start my own team for now and hope that Shorty and MM will allow us to use the S/M name for a team in the near future.
Hope to see you there!
Machinegunkelly
(EDIT: I created the team "machinegunkelly at team Short-Media.com". If we can get approval and enough members, I will drop my name and just have 'team Short-Media' as a team name. SHORTY! What do you say bro? MGK)
0
Comments
Should we start a pool, "how fast is gravity?"
My money is on faster than light.
well, to know how quick it is, there is one more term needed and that is "slowness"
and as we dont'have any exact information on anything, it is difficult to compare the fastness of gravity with anything,
aren't they relative?
~Cyrix
Edit:
Hell yeah! Go Wisconsinites!
but the graphical thing is very neat looking now that i got it set up!
I hear you Baron. There are a myriad of good causes out there, cancer, aids, muscular dystrophy, alzheimers (sp?), lupus, etc. I wish we could all do something for each one.
It's not my intention to take cpu cycles from Folding. It IS my intention to try and gather up a few unused rigs and put them to use to try and solve the mystery of dark matter, black holes, and ultimately, the mysteries of the universe. An understanding of how gravity travels, how and why it affects objects, and it's relative speed can help us develop new areas of physics and science, understand previously unknown phenomena, and perhaps one day, offer us the chance at anti-gravitational devices so that objects and people can be moved effortlessly. Perhaps even more efficient space travel.
I see we now have three members, thank you! Our team number is 966. Happy folding and gravitating!
MGK
Anyways, open BIONC(tehe funny name), goto work tab, right click on a WU, and SHOW GRAPHICS. You can fiddle around with it a bit too.
I am just running my P3 750MHz lappy.
The pictures are nice.
Einsteining?
Not trying to be smartassed about it. You are assuming that you would be "pulled" along at the full speed of the force doing the pulling. It says nothing of your mass, wind resistance, etc.
Not to turn this into a debate, but you could also break your bone in space as well, becuase of the mass and velocity of the computer falling on you, or thrown at you in space in this instance. If there was no mass, then there would be no gravity, or broken bones
OK, I feel better now.
Explain? Ohh and I wasn't quite literal, only giving an example on this one part. As I recall mass determines an objects gravitational pull, which is also determined by variables of which I cannot remember the names to.
A object with more density has more gravity, and even more when even more dense. Of course I know the way I meant this to be explained is going to be analy raped, so please read carefully
If I have a large mass at some distance you can measure it gravitational field. If I intantaiously destroy the mass how long will it take you to measure the change in gravity?
As soon as make my next milestone folding I will switch over an old TBird rig.
Any idea how fast various machines run this prog????
Plus, the earth not being that big, only has so much gravitational pull. I believe each planet/star as a different amount of gravitational pull based on their mass. I'm not sure how finding out this answer would help us, but it sounds cool.
Supposedly, though, gravitons are able to cross dimensions (one of the 11... or 13, can't remember how many specifically). According to M-Theory.