0 comments by Pat Lackey on 12/23/2009
Absolute zero is the coldest temperature theoretically possible, but this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter how remote the nebula, nothing can be completely detached from the entropy of the universe. This is oddly comforting and is also the reason that even the Pittsburgh […]
0 comments by Pat Lackey on 12/22/2009
Absolute zero is the coldest temperature theoretically possible, but this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter how remote the nebula, nothing can be completely detached from the entropy of the universe. This is oddly comforting and is also the reason that even the Pittsburgh […]
0 comments by Pat Lackey on 12/21/2009
Absolute zero is the coldest temperature theoretically possible, but this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter how remote the nebula, nothing can be completely detached from the entropy of the universe. This is oddly comforting and is also the reason that even the Pittsburgh […]
0 comments by Pat Lackey on 12/18/2009
Absolute zero is the coldest temperature theoretically possible, but this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter how remote the nebula, nothing can be completely detached from the entropy of the universe. This is oddly comforting and is also the reason that even the Pittsburgh […]
0 comments by Pat Lackey on 12/17/2009
Absolute zero is the coldest temperature theoretically possible, but this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter how remote the nebula, nothing can be completely detached from the entropy of the universe. This is oddly comforting and is also the reason that even the Pittsburgh […]
0 comments by Pat Lackey on 12/16/2009
Absolute zero is the coldest temperature theoretically possible. Molecular movement slows to the point of near stoppage, preventing energy transfer from one molecule to another, leaving all energy at the lowest point possible. The snag is that this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter […]
0 comments by Pat Lackey
Absolute zero is the coldest temperature theoretically possible. Molecular movement slows to the point of near stoppage, preventing energy transfer from one molecule to another, leaving all energy at the lowest point possible. The snag is that this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter […]
0 comments by Pat Lackey on 12/14/2009
Absolute zero is the coldest temperature theoretically possible. Molecular movement slows to the point of near stoppage, preventing energy transfer from one molecule to another, leaving all energy at the lowest point possible. The snag is that this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter […]
0 comments by Pat Lackey on 12/11/2009
Absolute zero is the coldest temperature theoretically possible. Molecular movement slows to the point of near stoppage, preventing energy transfer from one molecule to another, leaving all energy at the lowest point possible. The snag is that this temperature cannot possibly be reached by any means because no matter how insulated the system, no matter […]
