Recollection of events is accompanied by selective reactivation of cortical regions which responded to specific sensory and cognitive dimensions of the original events. This reactivation is thought to reflect the reinstatement of stored memory representations and therefore to reflect memory content, but it may also reveal processes which support both encoding and retrieval. The present study us...

Memory stability and change are considered opposite outcomes. We tested the counterintuitive notion that both depend on one process: hippocampal binding of memory features to associatively novel information, or associative novelty binding (ANB). Building on the idea that dominant memory features, or "traces," are most susceptible to modification, we hypothesized that ANB would selectively invol...

Fault reactivation due to water injection is assessed within the scope of nuclear waste disposal design. A model using distinct element method applied reproduce fault during an experiment carried out at Mont Terri Underground Research Laboratory in Switzerland. conceptual first presented understand hydro-mechanical coupling behavior between pressure and rock joint movement. The simulations show...

Abstract The Opalinus Clay (OPA) formation is considered a suitable host rock candidate for nuclear waste storage. However, the sealing integrity and long-term safety of OPA are potentially compromised by pre-existing natural or artificially induced faults. Therefore, characterizing mechanical behavior microscale deformation mechanisms faults surrounding relevant predicting repository damage ev...

Fault sealing is one of the key factors controlling hydrocarbon accumulations and trap volumetrics and can be a significant influence on reservoir performance during production. Fault seal is, therefore, a major exploration and production uncertainty. We introduce a systematic framework in which the geologic risk of faults trapping hydrocarbons may be assessed. A fault may seal if deformation p...

Learning and Memory 22: 203–214 (2015) Corrigendum: Cholinergic manipulations bidirectionally regulate object memory destabilization Mikaela L. Stiver, Derek L. Jacklin, Krista A. Mitchnick, Nevena Vicic, Justine Carlin, Matthew O’Hara, and Boyer D. Winters In Figures 4, 6, 9, and 10, the procedural schematic above each graph depicts a 72-h delay between sample (S) and reactivation (RA) phases....

Understanding the hydraulic and frictional sensitivity of fault to different injection conditions is one efficient ways provide useful implications for reactivation potential. Numerical simulations fractured reservoir have provided information on how behaviour varies under changing hydromechanical properties conditions. A coupled hydro-mechanical model which can represent elastoplastic a was em...