Differential Absorption Spectroscopy is used to determine the charge density in InGaAs/InAlAs double-barrier tunneling structures.
We report the first application of differential absorption spectroscopy to the study of double-barrier resonant-tunneling structures.
Interactions at the interface of biological molecules and inorganic materials are an open question in materials science; creating and understanding these hybrid interfaces can have extensive basic
In this paper we propose the concept of differential availability, a novel way of looking at the QoS based service availability, and describe its implications in traffic provisioning and bandwidth
The Virtual Concatenation protocol in SONET/SDH has ushered in a novel routing paradigm that enables a circuit to be .spilt. and routed over multiple paths.
It has been found possible to realize excellent practical performance in FM transmission of binary data by use of a detector in which the signal is multiplied by a delayed replica of itself.
To increase the capacity of optical communication networks, many approaches are currently followed.
We demonstrate up to 100Gbaud quadrature- amplitude modulated(QAM) signal generation with monolithic silicon in-phase quadrature(I/Q)-modulator based on silicon-germanium (SiGe) electro-absorption
In a wireless cellular network, the over-the-air communication links are subject to random shadow fading.
We demonstrate a new concept of push-pull silicon microring modulator.
