Electronic states in quantum dot atoms and molecules
... is empty. When N becomes smaller than 20, the oscillation period depends strongly on N . In contrast, Coulomb oscillations observed for a large dot containing more than 100 electrons look very periodic (data not shown; see Ref. [6]), as expected from classical Coulomb blockade theory. The current pe ...
... is empty. When N becomes smaller than 20, the oscillation period depends strongly on N . In contrast, Coulomb oscillations observed for a large dot containing more than 100 electrons look very periodic (data not shown; see Ref. [6]), as expected from classical Coulomb blockade theory. The current pe ...
Demonstration of a neutral atom controlled
... by a factor of 1=0:852 to compensate for this loss. The reported data were obtained over a period of several months during which the two-atom loss factor varied by no more than 2%. We expect that future experiments with better vacuum, colder atoms, and shorter gap time will remove the need for this ...
... by a factor of 1=0:852 to compensate for this loss. The reported data were obtained over a period of several months during which the two-atom loss factor varied by no more than 2%. We expect that future experiments with better vacuum, colder atoms, and shorter gap time will remove the need for this ...
Matter-Light Condensates Reach Thermal Equilibrium
... character of such condensates (for recent examples, see Ref. [1]). The new results by Sun and co-workers show that the same system can be tuned from a highly nonequilibrium state all the way to an equilibrium state by extending the lifetime of the polaritons. Reaching an equilibrium state relies on ...
... character of such condensates (for recent examples, see Ref. [1]). The new results by Sun and co-workers show that the same system can be tuned from a highly nonequilibrium state all the way to an equilibrium state by extending the lifetime of the polaritons. Reaching an equilibrium state relies on ...
Closed Transition ATS`s
... method of transferring a load between two sources with an interruption of power during transfer. ...
... method of transferring a load between two sources with an interruption of power during transfer. ...
Chemistry 110
... Determine the reduced mass, , and moment of inertia, I, of the HCl molecule. Question 22| Assume that the HCl molecule is free to rotate in only 2 dimensions, i.e. it is restricted to the x,y plane. One way to think of this is that the HCl molecule is restricted to a crystal surface and can rotate ...
... Determine the reduced mass, , and moment of inertia, I, of the HCl molecule. Question 22| Assume that the HCl molecule is free to rotate in only 2 dimensions, i.e. it is restricted to the x,y plane. One way to think of this is that the HCl molecule is restricted to a crystal surface and can rotate ...
Laser Cooling of Atoms, Ions, or Molecules by Coherent Scattering
... The dissipative mechanism can be interpreted as Doppler cooling by cavity-induced frequency-dependent scattering. The resonator enhances scattering into modes with higher frequency than the incident light, which according to Eq. (2) produces asymmetric sidebands bh6 at frequencies vL 6 2v in the lig ...
... The dissipative mechanism can be interpreted as Doppler cooling by cavity-induced frequency-dependent scattering. The resonator enhances scattering into modes with higher frequency than the incident light, which according to Eq. (2) produces asymmetric sidebands bh6 at frequencies vL 6 2v in the lig ...
Document
... on certain metallic surfaces, photoelectrons are emitted. Einstein applied the idea of light quanta: In a photoemission process, a single photon gives up all its energy to a single electron. Energy of photon ...
... on certain metallic surfaces, photoelectrons are emitted. Einstein applied the idea of light quanta: In a photoemission process, a single photon gives up all its energy to a single electron. Energy of photon ...
