The quasiparticle surface state energies are evaluated for semiconductor surfaces using a self energy approach which incorporates many-body effects due to the electron-electron interaction.
We present the first real-time transmission experiment over a 60-km-long fiber supporting six coupled spatial/polarization modes, enabled by a custom receiver board and an FPGA-implementation of an
We report the first spatially resolved observations of the spectroscopic binaries lambda Vir and WR 140, including the debut of aperture-synthesis imaging with the upgraded three-telescope IOTA int
We have measured nonzero closure phases for about 29% of our sample of 56 nearby asymptotic giant branch (AGB) stars, using the three-telescope Infrared Optical Telescope Array (IOTA) interferomete
We demonstrate the first transmission of a space-division multiplexed 12D modulation format over a three-core coupled-core multicore fiber.
We investigate the power of first-order logic with only two variables over omega-words and finite words, a logic denoted by FO.
System outage due to 1st-order polarization-mode dispersion (PMD) of links obeying the hinge model is analyzed using outage maps.
We compare the applicability of different methods for the calculation of first order polarization-mode dispersion (PMD) outage probabilities under the Maxwellian probability density assumption for
We compare the applicability of different methods for the calculation of first order PMD outage probabilities, including full outage map descriptions and various simplified models.
We show that the quantum phase transformation between compressible metallic and incompressible excitonic states in the coupled bilayers at total Landau level filling factor nu(T)=1 becomes disconti
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