Imaging visible light using anisotropic metamaterial slab lens Jie Yao, Kun-Tong Tsai,
... metamaterials. The new metamaterial was made up of aligned silver nanowires, with diameter around 50nm and spacing about 110nm, inside porous alumina matrix in a self-organized hexagonal lattice. At the long wavelength limit, this metamaterial can be characterized as an effective uniaxial material w ...
... metamaterials. The new metamaterial was made up of aligned silver nanowires, with diameter around 50nm and spacing about 110nm, inside porous alumina matrix in a self-organized hexagonal lattice. At the long wavelength limit, this metamaterial can be characterized as an effective uniaxial material w ...
Single-Photon Bus between Spin-Wave Quantum Memories.
... superposition state, where the two macro-atoms share a single spinwave quantum. This deterministically generates magnon-number entanglement between the two ensembles, as deduced by mapping the spin waves onto light fields, and carrying out quantumstate tomography. Our set-up consists of two laser-co ...
... superposition state, where the two macro-atoms share a single spinwave quantum. This deterministically generates magnon-number entanglement between the two ensembles, as deduced by mapping the spin waves onto light fields, and carrying out quantumstate tomography. Our set-up consists of two laser-co ...
CHEMICAL KINETICS
... Enantiomers have identical atoms and bonds, but the two different forms have different optical properties. If plane polarized light is passed through a solution of a chiral compound. the plane of polarization of the light is rotated either clockwise or counterclockwise. The extent of this rotation d ...
... Enantiomers have identical atoms and bonds, but the two different forms have different optical properties. If plane polarized light is passed through a solution of a chiral compound. the plane of polarization of the light is rotated either clockwise or counterclockwise. The extent of this rotation d ...
Jeopardy Atomic Physics
... In an energy level transition from the n = 2 state to the n =1 state for a hydrogen atom a photon will be ___________. ...
... In an energy level transition from the n = 2 state to the n =1 state for a hydrogen atom a photon will be ___________. ...
Total Internal Reflection and Critical Angle File
... pulsed lasers to encode information rather than fluctuating electric currents. •Unlike currents the signals do not interfere with each other •Less data loss occurs •They are immune from e.m. interference ...
... pulsed lasers to encode information rather than fluctuating electric currents. •Unlike currents the signals do not interfere with each other •Less data loss occurs •They are immune from e.m. interference ...
State University of New York at New Paltz
... from our home. Longer wavelengths of energy will have fewer numbers of waves over that given distance than the shorter wavelengths (see the wavelength diagram above). The number of waves over a given distance increases as the energy level increases. Radio waves have the longest wavelengths so they h ...
... from our home. Longer wavelengths of energy will have fewer numbers of waves over that given distance than the shorter wavelengths (see the wavelength diagram above). The number of waves over a given distance increases as the energy level increases. Radio waves have the longest wavelengths so they h ...
Generating entangled spin states for quantum metrology by single-photon detection
... In realistic implementations, the input photons will typically be in a coherent state with mean photon number n0 rather than a Fock state. This means that an unknown number of photons will exit the system in the original polarization |v. Whether detected or not, these |v photons have minimal impac ...
... In realistic implementations, the input photons will typically be in a coherent state with mean photon number n0 rather than a Fock state. This means that an unknown number of photons will exit the system in the original polarization |v. Whether detected or not, these |v photons have minimal impac ...
Single camera spectral domain polarization
... retardance and fast-axis orientation in birefringence samples. PSOCT has been successfully applied in a variety of biomedical applications such as burn depth estimation in skin [6,7] and ophthalmology [8–10]. The recent development of PSOCT has been shifted to spectral domain implementation [11–14,1 ...
... retardance and fast-axis orientation in birefringence samples. PSOCT has been successfully applied in a variety of biomedical applications such as burn depth estimation in skin [6,7] and ophthalmology [8–10]. The recent development of PSOCT has been shifted to spectral domain implementation [11–14,1 ...
Fluorescence Spectroscopy 1.0 Emission – the mirror image
... 4.0 Fluorescence quenching and energy transfer The quantum yield gives the intrinsic fraction of the molecules that decay by a emitting light. In addition, the fluorescence emission can be further quenched by: 1. Collisional quenching – molecular collisions in solution 2. Intersystem crossing – conv ...
... 4.0 Fluorescence quenching and energy transfer The quantum yield gives the intrinsic fraction of the molecules that decay by a emitting light. In addition, the fluorescence emission can be further quenched by: 1. Collisional quenching – molecular collisions in solution 2. Intersystem crossing – conv ...
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... terms of the P-representation we then understand light as non-classical if it exhibits negative contributions. Translating this condition to the photon number statistics they become non-classical if they cannot be described by a mixture of Poissonian probability distributions [1] (see figure 3). For ...
... terms of the P-representation we then understand light as non-classical if it exhibits negative contributions. Translating this condition to the photon number statistics they become non-classical if they cannot be described by a mixture of Poissonian probability distributions [1] (see figure 3). For ...
PDF
... Finally, let us revisit HOM interferometry when the signal and idler inputs come from a doubly-resonant OPA. When the state Eq. (8) is supplied to the interferometer in Fig. 1(b), a series of triangular coincidence-counting dips and revivals occur. The width of each dip is set by the phase-matching ...
... Finally, let us revisit HOM interferometry when the signal and idler inputs come from a doubly-resonant OPA. When the state Eq. (8) is supplied to the interferometer in Fig. 1(b), a series of triangular coincidence-counting dips and revivals occur. The width of each dip is set by the phase-matching ...
PPT Lecture Notes
... • What are the evolutionary advantages of being sensitive to light, per se (versus some other part of the E.M. spectrum)? • Light is “bouncy”. Unlike longer-wave energy, which passes through many opaque objects, light can be reflected (‘bounced’) off of objects, making them visible. Light’s a better ...
... • What are the evolutionary advantages of being sensitive to light, per se (versus some other part of the E.M. spectrum)? • Light is “bouncy”. Unlike longer-wave energy, which passes through many opaque objects, light can be reflected (‘bounced’) off of objects, making them visible. Light’s a better ...