The first generation of optical integrated circuits are now ready to leave the laboratory and enter into commercial application.
Nonlinear optical glasses are promising materials for use in ultra-fast (
A number of phenomena involving metastability, hysteresis and slow "glassy" relaxation have been observed in sliding charge-density-wave (CDW) systems.
We have measured the magnetic susceptibility, chi' + i chi", of the dilute dipolar-coupled Ising magnet LiHo sub (0.045) Y sub (0.955) F sub 4 over six decades of frequency from 0.
This paper provides fundamentals in the design and analysis of Generalized Low-Density Parity Check (GLDPC)-Staircase codes over the erasure channel.
We prove a Gleason-type theorem for the quantum probability rule using frame functions defined on positive-operator-valued measures (POVMs), as opposed to the restricted class of orthogonal project
A description is given, together with performance specification, block diagram and a few circuit details, of a new receiver, Type 154A, for operation in the frequency range 329.3-335.0 Mc/s.
Alexander Graham Bell, a native of Edinburgh, expected that his invention, the telephone, would join people over great distances.
We numerically investigate the relevance of criteria such as the nonlinear phase or the inline cumulated dispersion to assess the tolerance to nonlinearities of highly dispersive optical transmissi
This paper describes a global electromagnetic (EM) approach developed to help the design of an amplifier module.
