The study of correlated two dimensional electron systems in the extreme quantum limit has been advanced by development of a field-theoretic model and associated experimental findings.
5G and beyond sees an ever increasing density of connected things. As not all devices are coordinated, there are limited opportunities to mitigate interference.
We have measured the low-temperature conductance of a one-dimensional island embedded in a single mode quantum wire.
In recent years considerable attention has been focussed on the possibility of using aluminum instead of lead as cable sheath.
Heterojunction bipolar phototransistors (HPTs) This paper presents an experimental direct validation of the opto-microwave matching properties of heterojunction bipolar phototransistors (HPTs) for
We experimentally investigate a pass-through scheme for all-optical noise suppression in an SOA-based interferometric structure at 10 Gb/s, An input power dynamic range of similar to 8 dB as well a
We experimentally investigate the performances of two 42.7- Gb/s forward error correction (FEC) codes, Read-Solomon FEC (RS-FEC) and enhanced FEC (E-FEC), in the presence of burst errors.
In this experimental investigation novel honeycomb heat sink designs that incorporate slots of varying length are presented.
BER evolution of a transmission including a cascade of 2R regenerator based on a Saturable absober and a SOA is studied.
The principle of charge coupling was first conceived using a 3-phase technique with simple, nondirectional transfer electrodes.
