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I am interested in the process of memory reconsolidation in relation to trauma treatment - any information in relation to neural structures (hippocampal activation); neurochemical shifts (HPA/Cortisol); frontal neural activation or psychological treatment strategies would be helpful. Thanks Pieter

A Shape Memory Polymer is a material which takes a desired shape if current is passed through it. It is a flexible material that can be molded into any shape just by designing its skeleton. Being an Automobile Engineer, I am thinking of using this in vehicles (Cars, MUV, SUV and other categories). I want to know more about its research for Industrial Application.

The memories of the events, biographical or not, are reconstructed in the memory narratives. In this way, the recollection, or at least, the recollection narrative is influenced by the context (past and present). But, how does the context influence the registration of the biographical event and the narrative of remembrance? How can Context Theory help us to understand the influence of time on narratives?

If we can record our memories in the present we can save them forever.

I am doing a research in Spatial Location Memory in children.  If anyone knows of previous research performed in the subjuct could you please help? 

Thank you

Antonio

How to present priming in the research model?

I presented it as a construct but interrogators said that priming is not a construct but a process. How to present this as moderating variable in the research diagram then?

Model pic is attached

This question is about lexical memory storage from the perspective of neurobiology and cognitive neuroscience. How soon does an infrequently used word in Working Memory get integrated into Long Term Memory? How soon does a word decay in memory if not reinforced by another occurrence? Is there any existing research on this? If so, please provide references if possible. If there is any relevant memory research not related to lexical storage, please provide references too.

Dear Research scientist,

kindly help to my quest.

being fascinated to do work on additive manufacturing research area, i am attracted to do work on porous structure.

I am very much interested to fabricate shape memory alloy based porous structure by additive manufacturing technique

i read some literatures about shape memory cyclic load response in porous structure but I unable to find any research about subsequent shape memory actuation(martensite to ausenite phase transformation) of cyclic load response in porous structure of any shape in real time application.

there are few questions from my quest for knowledge.

1. whether the subsequent shape memory phase transformation of cyclic loading in porous structure at any kind of shape is possible? if it is so then how it is investigated?

2. what is the science behind it?

I am sure several people out there in the NAND flash industry are not new to modeling. I am working on a similar topic and would like to know any scientific publications, or contemporary methods used in this subject. Please share any useful information or research being conducted in this area.

Appreciate your assistance.

This is a clinical study examining how the delivery of visual information format - static, video, presented in person - may affect adolescent memory. fMRI scans would be taken as subjects recalled the type, volume, and temporal memories associated with presentation and calculation of skill-testing questions delivered four weeks prior. The subjects would be focused on the calculations they were to perform, while the researchers would be examining if there are different neural substrates elicited as the person recalling the testing event verbalizes what they can recall.

To the best of our ability, we have not been able to find research that explains what, if any, effect the medium of visual information plays in adolescent memory. If there are folks out there who have something that we should be aware of, we would be grateful.