torchbearer
Lizard King
- Joined
- May 26, 2007
- Messages
- 38,926
Then, each element has its own temperature at different states.
If we can disassemble atoms, perhaps we can learn to put them together? as in, take hyrdrogen, break it down into its 'god atoms/stem cells' and reassemble oxygen atoms?
I really hope this works. I'll be turning all my worthless junk into GOLD...
...which will make gold worthless junk.
if we can detect the temp of empty space as above kelvin temperatures, the mass must be present in some energetic form.
If we knew the content of that material, we may be able to harvest it on long journeys between stars.
Always thinking ahead... (in truth, i really wanted to work for NASA, but i fear I do not meet their standards, my math and science brain has been well intergrated into my art and english side of my brain... my output may not be to their liking.)
Its like fiction being the artistic part of the brain.
Its like non-fiction being the science/math part of the brain
And creative non-fiction is a combination of both, but excels to the extreme in neither.
I'm a creative non-fiction kinda guy... guess that's what drew me to sociology.
You think we don't know much about the universe?
Try looking at what we really know about ourselves....
Have a quick scan of another interesting theoretical state: a vacuum--http://en.wikipedia.org/wiki/Vacuum
i've heard, that on earth, its impossible to make a perfect vacuum.
its just the density of mass per square inch is so small, it is undetectable by our instruments... unless you try to remove all mass out of a very small space...then it may be possible.
Impossible in space also so far as we know.
It's kinda nifty how we have all these concepts and a "perfect" state is never attainable in almost anything.
so- that brings us back to the collider. What give atoms mass... how does matter come into being? what is the properties of the pre-matter? How do we use it/manipulate it?
quest for the god atom?
You mean the quest for the true Atom.
Never happen in our lifetime...if there is even such a thing.
Actually, absolute zero has been more closely approached than that.Absolute zero is, obviously, zero K which is the absolute suspension of all atomic motion (and believed to be impossible to achieve, though we've been tenths of a degree off.)
I think you are thinking of a thermistor, which would create heat from current flow so measuring these really low temperatures would be out of the question. Most of the techniques to measure really really low temperatures usually include magnetism, but I couldn't tell you more than that.As for how they measure the temperature, it's got to be either resistance via two-metal thermocouples or somehow they simply measure the atomic movement of the liquid helium, possibly via soundwaves?
The question is, are they using helium for a refrigerant?
ha um, you all lost me on the 4th post. so uhm...ron paul!
Basically Europe is about to be way way ahead of the States in Science.
Three cheers for congress!
Actually, my recollection was that if certain theories were correct, then black holes are to be expected. They suggest though that they will either dissipate or be so microscopic as to be harmless. Here's an article to that effect.As far as black holes being created--unlikely, but I can't think of a more fascinating way to go.