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... The light shift dEg of the ground state g is negative and reaches its largest value at the focus. Attractive potential well in which neutral atoms can be trapped if they are slow enough ...
... The light shift dEg of the ground state g is negative and reaches its largest value at the focus. Attractive potential well in which neutral atoms can be trapped if they are slow enough ...
EL Series Optical Fiber Patch Cords
... switch the optical signal being routed through the back of the video jack to the front connectors. ...
... switch the optical signal being routed through the back of the video jack to the front connectors. ...
Long Distance, Unconditional Teleportation of Atomic States V 87, N
... amplitude of state, jc2 典, by driving the 52 S1兾2 , F 苷 1 to 52 P3兾2 , F 苷 0 cycling transition. If she detects fluorescence, she concludes that the atom is in state jc2 典, which in turn means she has measured the Bell state jA1 典. If she fails to see fluorescence, she then eliminates this possibili ...
... amplitude of state, jc2 典, by driving the 52 S1兾2 , F 苷 1 to 52 P3兾2 , F 苷 0 cycling transition. If she detects fluorescence, she concludes that the atom is in state jc2 典, which in turn means she has measured the Bell state jA1 典. If she fails to see fluorescence, she then eliminates this possibili ...
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... interactions and relaxation, kinetics and dynamics, and tremendous challenges exist on understanding the variation and dynamics of molecular structures. This is the reason for using nonlinear spectroscopy, in which multiple light-matter interactions can be used to correlate different spectral featur ...
... interactions and relaxation, kinetics and dynamics, and tremendous challenges exist on understanding the variation and dynamics of molecular structures. This is the reason for using nonlinear spectroscopy, in which multiple light-matter interactions can be used to correlate different spectral featur ...
Atom lithography - Quantum technologies
... Atom lithography designates a physical method where the forces exerted by interfering laser beams on the atoms of an atomic beam are used to steer the atoms into nanostructures fabricated on a plane surface. While atom lithography is the most frequently used term, the method is also known as light-f ...
... Atom lithography designates a physical method where the forces exerted by interfering laser beams on the atoms of an atomic beam are used to steer the atoms into nanostructures fabricated on a plane surface. While atom lithography is the most frequently used term, the method is also known as light-f ...
The Photoelectric Effect
... photon has enough energy to aect atoms and molecules. A DNA molecule can be broken with about 1 eV of energy, for example, and typical atomic and molecular energies are on the order of eV, so that the UV photon in this example could have biological eects. The ejected electron (called a photoelectr ...
... photon has enough energy to aect atoms and molecules. A DNA molecule can be broken with about 1 eV of energy, for example, and typical atomic and molecular energies are on the order of eV, so that the UV photon in this example could have biological eects. The ejected electron (called a photoelectr ...
6 Entanglement
... if both types of carriers produce an avalanche. In an APD the height distribution of electric pulses at the output has an exponential distribution. It is thus not possible to discriminate real pulses from internal noise (dark counts). Furthermore, it is not possible to discriminate between a single ...
... if both types of carriers produce an avalanche. In an APD the height distribution of electric pulses at the output has an exponential distribution. It is thus not possible to discriminate real pulses from internal noise (dark counts). Furthermore, it is not possible to discriminate between a single ...
Prezentacja programu PowerPoint
... Fiber optic cables perform differently at various wavelengths, so it’s cardinal to set the power meter at the correct wavelength as well as to match it with the light source. For example, WDM technology uses the 1550 nm region, so it’s more practical to test the cable with the same wavelength of 155 ...
... Fiber optic cables perform differently at various wavelengths, so it’s cardinal to set the power meter at the correct wavelength as well as to match it with the light source. For example, WDM technology uses the 1550 nm region, so it’s more practical to test the cable with the same wavelength of 155 ...
Lecture Series: Building the Future of Optical Modeling and Design
... In four lectures Prof. Wyrowski will give an introduction to Field Tracing in theory and a lot of demonstrations with the field tracing software VirtualLab™. Lecture 1: 15.08.2013 From ray to field tracing Starting from a discussion of ray tracing the concept of field tracing is introduced. It is sh ...
... In four lectures Prof. Wyrowski will give an introduction to Field Tracing in theory and a lot of demonstrations with the field tracing software VirtualLab™. Lecture 1: 15.08.2013 From ray to field tracing Starting from a discussion of ray tracing the concept of field tracing is introduced. It is sh ...
Get PDF - OSA Publishing
... The 60 nm Al film serves not only as the electrode for the OLED but also the SP supporting medium, where SP can be excited through near-field coupling with the organic light-emitting molecules in the blue and yellow emission layers. Therefore, there is no visible light emission from the Al side, as ...
... The 60 nm Al film serves not only as the electrode for the OLED but also the SP supporting medium, where SP can be excited through near-field coupling with the organic light-emitting molecules in the blue and yellow emission layers. Therefore, there is no visible light emission from the Al side, as ...
Hasan, Ahmed and Mohiuddin
... solitons in fiber optic communications system. Solitons are a special type of optical pulses that can propagate through an optical fiber undistorted for tens of thousands of km. the key of solitons formation is the careful balance of the opposing forces of dispersion and self-phase modulation. In th ...
... solitons in fiber optic communications system. Solitons are a special type of optical pulses that can propagate through an optical fiber undistorted for tens of thousands of km. the key of solitons formation is the careful balance of the opposing forces of dispersion and self-phase modulation. In th ...