We experimentally investigate the performance of a spectrally efficient multi-carrier channel consisting of two or more optical carriers spaced around the baud rate, with each carrier modulated wit
In this paper, we present and we verify by experiments a semi-analytical model to estimate the power spectral density of the noise-to-signal ratio in heterogeneous dispersion unmanaged transmission
In this paper, we study experimentally the generation of picosecond short optical pulses with an improved peak power of 42 W at a repetition rate of 16 GHz and an associated pulse width of 1.4 ps.
Present radios base stations are cooled by passive fins with or without fans. Fanless products are used in mast applications and they are equipped with tall fins and power is limited.
We review various aspects of our recent work on dipolar excitons in double quantum well systems.
Bolstered by the ever increasing processing power of smart devices and combined with the new innovative applications, cellular data traffic demand is expected to increase a 10000x by 2025.
Single-section multiple-spatial-mode passively mode-locked Fabry-Perot laser diodes are demonstrated to have resonant modulation responses between the relaxation oscillation resonance and the mode-
Second order soliton with independently QPSK-modulated discrete spectral amplitude was transmitted over 1600-km in an NZ-DSF loop and realization induced phase distortion was equalized using solito
Two dimensional Heisenberg ferromagnetic behavior is observed in sup 3 He layers adsorbed on graphite at very low temperatures.
In a recirculating 42km fiber loop with round-trip loss compensated by Raman gain, we have used excess gain to study the influence of adiabatic energy changes on the propagation of soliton pulses o
