The reliability and mechanical stability of the flexible memory device was deduced from the endurance and bending tests.
These compounds are expected to be used as precursors for designing new crosslinked molecular imprinting membranes (MIMs), exhibiting high stability of the template memory.
Another way to interpret the results from this network model is to consider the model as measuring the stability of a memory representation, irrespective of the nature of the cognitive task.
The NCs guide conductive filament (CF) growth and reduce the randomness of the CF formation and rupture processes, leading to improved stability and uniformity of the memory devices.
Although other mechanisms cannot be ruled out, the prominent theta state of the hippocampal network may be a powerful mechanism to rapidly switch flexibility or stability of the network in memory process[18], [29].
The electrical stabilities of the Au/Co3O4/ITO memory device at LRS and HRS have been examined using endurance and retention test.
We use the model to investigate the stability of collective memories, the minimal requirements for cycles (sequences of associations that must violate the time-ordering of the events) and the possibility that communication can lead to the formation of groups sharing collective memories.
Alternatively, we can see this computational model as a representation of the stability of a memory trace in a brain region, the stability of which is essential for encoding or retrieval or processing.
This underlines the need for longitudinal studies addressing the stability of working memory and other cognitive deficits in the course of major depressive disorder.
