Atom Interferometry and Precision Tests in Gravitational Physics
... - J. Schmiedmayer, Interferometry with atoms, Lectures at the E. Fermi School on Atom Interferometry, Varenna (2013). - G. M. Tino, M. A. Kasevich (eds). Atom Interferometry. Proc. International School of Physics ‘Enrico Fermi’, Course CLXXXVIII, Varenna 2013, SIF and IOS (2014). G.M. Tino, School o ...
... - J. Schmiedmayer, Interferometry with atoms, Lectures at the E. Fermi School on Atom Interferometry, Varenna (2013). - G. M. Tino, M. A. Kasevich (eds). Atom Interferometry. Proc. International School of Physics ‘Enrico Fermi’, Course CLXXXVIII, Varenna 2013, SIF and IOS (2014). G.M. Tino, School o ...
electromagnetically induced transparency - IAP TU
... 1976)9 had found application mostly as a tool of high-resolution spectroscopy, rather than as a new direction in nonlinear optics. Therefore, the concept of EIT has contributed a distinctive new thrust to work on atomic coherence and its applications—a thrust, which is of direct interest to optical ...
... 1976)9 had found application mostly as a tool of high-resolution spectroscopy, rather than as a new direction in nonlinear optics. Therefore, the concept of EIT has contributed a distinctive new thrust to work on atomic coherence and its applications—a thrust, which is of direct interest to optical ...
Chapter 7 Fluorescence Imaging of Quantum Gases
... Fluorescence detection yields a single-atom resolved image in a single experimental run. Therefore, it is possible to extract correlations between different lattice sites. Two-site parity parity correlation functions were studied across the superfluid Mott insulator transitions in 2D and 1D systems. ...
... Fluorescence detection yields a single-atom resolved image in a single experimental run. Therefore, it is possible to extract correlations between different lattice sites. Two-site parity parity correlation functions were studied across the superfluid Mott insulator transitions in 2D and 1D systems. ...
Energy - Physics A to Z
... greenhouse effect, sunlight plays a major factor in this phenomenon. In addition to visible light and infrared radiation, sunlight also consist of something called ultraviolet (UV) light. Exposure to UV light is what causes sunburns, skin cancer, and mutations in DNA. This is because the Ozone molec ...
... greenhouse effect, sunlight plays a major factor in this phenomenon. In addition to visible light and infrared radiation, sunlight also consist of something called ultraviolet (UV) light. Exposure to UV light is what causes sunburns, skin cancer, and mutations in DNA. This is because the Ozone molec ...
6. Thermal Properties
... not depend on the direction of q. Also we note that in the above discussion we have associated a single mode with each value of q. This is not quite true for the 3D case, because for each q there are actually three different modes, one longitudinal and two transverse, associated with the same value ...
... not depend on the direction of q. Also we note that in the above discussion we have associated a single mode with each value of q. This is not quite true for the 3D case, because for each q there are actually three different modes, one longitudinal and two transverse, associated with the same value ...
Coherence of atomic matter-wave fields - IAP TU
... Quantum optical coherence theory is based on the factorization properties of normally ordered correlation functions of the electric field operator @1#. This is a direct consequence of the fact that most optical experiments detect light by absorption, i.e., by ‘‘removing’’ photons from the light fiel ...
... Quantum optical coherence theory is based on the factorization properties of normally ordered correlation functions of the electric field operator @1#. This is a direct consequence of the fact that most optical experiments detect light by absorption, i.e., by ‘‘removing’’ photons from the light fiel ...
Marking Scheme - The Physics Teacher
... diffraction grating, as shown in the diagram. A diffraction pattern is formed on a screen. A second order image is detected at an angle of 34.6° from the central image. Calculate the energy of each photon in the laser beam. E = hf c = fλ (–1 for omission of or incorrect units) E = 2.8 × 10−19 J ...
... diffraction grating, as shown in the diagram. A diffraction pattern is formed on a screen. A second order image is detected at an angle of 34.6° from the central image. Calculate the energy of each photon in the laser beam. E = hf c = fλ (–1 for omission of or incorrect units) E = 2.8 × 10−19 J ...