We demonstrate a principle of self-start mode-locking in a compact semiconductor laser diode, where the needed saturable absorption action is provided by spatial effects resulted from multi-mode ac
We demonstrate a novel principle of self-starting mode locking in a compact semiconductor laser diode.
In several previous papers, the author has pursued two apparently separate paths of development.
Pulse transmission systems employing binary codes, such as PCM, have two inherent properties that are desirable from the standpoint of avoiding excessive transmission impairments by noise and other
WDM PONs offering point-to-point connectivity, independence of multiple access protocol to share the medium are good candidates for supporting the new fronthaul fibre network requirements.
New and future mobile systems are characterized by highly increased complexity compared to legacy systems in order to achieve the improved spectral efficiency.
The pursuit of EMC, not just as a technical objective, but as a design philosophy, is often a lonely vigil.
The discovery of superconductivity at elevated temperatures has spawned an explosion in research to synthesize new materials with suitable physical and electrical properties.
The nucleation of beta-Sn (tetragonal structure) from alpha- Sn (diamond structure) has been studied.
Semantic control theory (SCT) deals with large scale control problems when formalization of the knowledge about the plant which is the object to be controlled and about the method of control are pa
