We observe this pattern only when there is a very strong feedback, as for example a secondary response.
The new methods developed are robust and allow for strong feedback coupling when integrating systems to increase the performance of both existing devices and when integrating systems to produce new devices.
Fortunately, this is not a very strong feedback loop.
Various high-quality (Q) plasmonic cavities were successfully demonstrated by reducing metallic absorption [8], and provided strong optical feedback for lasing as well as an accessible collection of light emission [3, 4].
The direct electron cooling also provides strong negative electrothermal feedback for the signal[9], analogous to the TES[5]; but here, the artificial DC heating is replaced by direct electron cooling from the SIN tunnel junctions[10 12] to a minimum temperature (possibly less than phonon temperature).
This paper investigates the problem of global strong stabilization by state feedback, for a family of high order feedforward nonlinear time-delay systems.
Partly favoured by the strong dependence on auditory feedback for song learning and maintenance, birdsong is a prominent model system for the study of speech acquisition.
The model demonstrates that IκBα is responsible for strong negative feedback that allows for a fast turn-off of the NF-κB response, whereas IκBβ and -ɛ function to reduce the system's oscillatory potential and stabilize NF-κB responses during longer stimulations.
The comparison of neutral feedback with negative feedback showed stronger activations for neutral feedback in the right putamen, the left fusiform and lingual gyrus.
An occurrence of retinotopy specific components of the SSDW after the onset of AM specific components of the difference wave would be a strong indicator for feedback.
