Greating from Mousl iraq I am having now physicis exam in the university so I couldn't watch your video now but when I finished I promise I will watch the full videos in the summer
Man its indeed really interesting bose einstein condensate. Thank you for this great video and all the work behind it. You really helped me to understand better BEC cause in my university unfortunately sometimes its confusing and not that well explained.
One benefit is that if you happen to be interested in octopuses, this is a perfectly harmless way to get closer to your deep-sea brethren. Good luck - I'm certain that Cthulu will welcome you into his ranks if you commit yourself to it.
So when we draw the curve it's between the number occupied in condensate which is total no minus the occupied no that's not in the condensate, And also condensate is basically ground level, and this be condensation is basically starting from a critical temperature, as we go bellow it the condensate or ground state starts filling up Outta no where and at 0k it's completely filled , this phenomenon is this be condensation Please pazzy if you can tell me if this observation of mine after watching this is correct or wrong, that'd be helpful to me big time... Thanks
Sorry for late reply (I’m not great at replying to comments!) - I’ve only just seen this one (seemed to have flown under my radar). Yes, the curve is the number IN the condensate. This is the number of bosons that have effectively zero energy, they lie in the ground state at the bottom of the density of states curve. And yes, the ‘condensate’ is basically all of the particles that are in the ground state. However, At 0K its not fully filled (there’s no real limit for how many particulars are in the condensate) but the ratio of particles in to and out of the condensate is at a maximum.
If condensate was created from let say 2000 atoms of rubidium, then when it starts warming up and sheds off atoms - should it be rubidium atoms, or whatever, hydrogen, for example?
Greating from Mousl iraq I am having now physicis exam in the university so I couldn't watch your video now but when I finished I promise I will watch the full videos in the summer
Man its indeed really interesting bose einstein condensate. Thank you for this great video and all the work behind it. You really helped me to understand better BEC cause in my university unfortunately sometimes its confusing and not that well explained.
One benefit is that if you happen to be interested in octopuses, this is a perfectly harmless way to get closer to your deep-sea brethren. Good luck - I'm certain that Cthulu will welcome you into his ranks if you commit yourself to it.
Thank you for this great content!
Keep going ♥️♥️
Thanks!!
So when we draw the curve it's between the number occupied in condensate which is total no minus the occupied no that's not in the condensate,
And also condensate is basically ground level, and this be condensation is basically starting from a critical temperature, as we go bellow it the condensate or ground state starts filling up Outta no where and at 0k it's completely filled , this phenomenon is this be condensation
Please pazzy if you can tell me if this observation of mine after watching this is correct or wrong, that'd be helpful to me big time...
Thanks
Sorry for late reply (I’m not great at replying to comments!) - I’ve only just seen this one (seemed to have flown under my radar).
Yes, the curve is the number IN the condensate. This is the number of bosons that have effectively zero energy, they lie in the ground state at the bottom of the density of states curve.
And yes, the ‘condensate’ is basically all of the particles that are in the ground state. However, At 0K its not fully filled (there’s no real limit for how many particulars are in the condensate) but the ratio of particles in to and out of the condensate is at a maximum.
If condensate was created from let say 2000 atoms of rubidium, then when it starts warming up and sheds off atoms - should it be rubidium atoms, or whatever, hydrogen, for example?
It will still be the same type of boson, which is rubidium in this case. There's nothing to cause any change in the atom itself!
Lesssss goooo
👍