BEC: many weakly interacting particles Gross
... interprets images as of a continuous density distribution, but density distribution actually os made up discrete quanta of mass known, (in my subdiscipline of physics) as “atoms”.. Hard to see an individual atom, but can see effects of the discrete nature. ...
... interprets images as of a continuous density distribution, but density distribution actually os made up discrete quanta of mass known, (in my subdiscipline of physics) as “atoms”.. Hard to see an individual atom, but can see effects of the discrete nature. ...
14-2 Kinetic Theory
... 3, but that is incorrect. Because the ideal gas law involves T, not , we must use temperatures in Kelvin rather than Celsius. In Kelvin, the temperature rises from 283K to 303K. Finding the ratio of the final pressure to the initial pressure shows that pressure increases by a factor of 1.07: ...
... 3, but that is incorrect. Because the ideal gas law involves T, not , we must use temperatures in Kelvin rather than Celsius. In Kelvin, the temperature rises from 283K to 303K. Finding the ratio of the final pressure to the initial pressure shows that pressure increases by a factor of 1.07: ...
Inserting Two Atoms into a Single Optical Micropotential
... Then, the standing wave pattern of the VDT is axially shifted upwards and atom 1 moves in the positive z direction by about 3wHDT , see Fig. 2(a). At this separation, the HDT exerts negligible forces on atom 1. Atom 2 can now be transported to any position along the HDT with respect to the VDT even ...
... Then, the standing wave pattern of the VDT is axially shifted upwards and atom 1 moves in the positive z direction by about 3wHDT , see Fig. 2(a). At this separation, the HDT exerts negligible forces on atom 1. Atom 2 can now be transported to any position along the HDT with respect to the VDT even ...
Student Study Guide
... A laser is a device that controls the way that energized atoms release photons. Although there are many types of lasers, all have certain essential features. In a laser, the lasing medium is “pumped” to get the atoms into an excited state. Typically, very intense flashes of light or ...
... A laser is a device that controls the way that energized atoms release photons. Although there are many types of lasers, all have certain essential features. In a laser, the lasing medium is “pumped” to get the atoms into an excited state. Typically, very intense flashes of light or ...
Subwavelength transportation of light with atomic resonances
... lengths but the same lattice spacing. The “carrier wave” periodicity remains the same for the different lengths of the chain. Generally, the resonance energy levels form a discrete set for a finite chain of atoms. The spacing between the levels becomes smaller as the length is increased. It is easie ...
... lengths but the same lattice spacing. The “carrier wave” periodicity remains the same for the different lengths of the chain. Generally, the resonance energy levels form a discrete set for a finite chain of atoms. The spacing between the levels becomes smaller as the length is increased. It is easie ...
A Further Look at Waveguide Lasers
... theoretical), based on a novel approach1 to the quantum electrodynamical (QED) interaction between the matter systems (atoms or molecules) and the coherent laser e.m. field. The peculiarity of this approach, which has just been successfully applied in other matter systems such as He [5], lies in its ...
... theoretical), based on a novel approach1 to the quantum electrodynamical (QED) interaction between the matter systems (atoms or molecules) and the coherent laser e.m. field. The peculiarity of this approach, which has just been successfully applied in other matter systems such as He [5], lies in its ...
