We show that optical and electrical measurements on pentacene single crystals can be used to extract the density of states in the highest occupied molecular orbital-lowest unoccupied molecular orbi
Motivated by a recent line of work improving the performance of secure two-party computation (2PC), we consider 2PC in the practically important multiple execution setting, where two parties wish t
The synthesis, characterization, and solid-state morphology of regioregular, amphiphilic polythiophenes based on 3-dodecyl-3'-(3,6,9,12-tetraoxatridecanyl)-2',5-bithiophene are described.
Practical large-scale linear programming involves more than just the optimization of a linear objective function subject to constraint equations and inequalities.
A novel pulse-compression scheme is proposed and demonstrated for compressing weak picosecond pulses having energies as small as 0.1 pJ.
We built an optical Few Mode Amplifier supporting 5 modes. Moderate crosstalk between modes has been measured thanks to careful design and alignment optimization.
The convergence of optical metro networks and access networks extends the area of network coverage, and therefore requires the use of optical amplifiers.
In this paper we discuss amplified spontaneous emission (ASE) generated in Raman amplifiers that are counter-pumped with trains of pulses.
The transient and steady-state power dynamics in optically transparent wavelength division multiplexed mesh networks are studied for different amplifier types using both experiment and simulation.
Over the past decade transmission systems have evolved from simple point-to-point architectures with a few amplified spans into continental scale transparently coupled mesh networks.
