R6E: Reconsolidation / Prediction Error / Memory Revision
What this playlist expands
R6E explains how memory can update when old expectation is activated under safe enough conditions and meets a new outcome.
Memory can revise when the old prediction is active enough to be touched, but the present is safe enough to teach something new.
- How does memory actually change?
- Why do I need to feel the old state at all?
- How much activation is enough?
- What is the difference between healing and flooding?
- Why does a new experience matter?
- How do I know if I updated something or just overwhelmed myself?
- Memory updating needs activation plus safety.
- Too little activation may not touch the old prediction.
- Too much activation can flood the system.
- Prediction error is a felt mismatch between old expectation and new outcome.
- Consolidation helps the system register the new learning.
Playlist Spine
This article gives a non-technical for how memory can update when old learning is touched safely. It expands this playlist by giving the viewer one precise memory distinction to practice without carrying the whole R6 map at once.
The body often needs to live a different outcome, not only hear a different sentence. It expands this playlist by giving the viewer one precise memory distinction to practice without carrying the whole R6 map at once.
Enough activation touches the old . Too much activation overwhelms the system and blocks learning. It expands this playlist by giving the viewer one precise memory distinction to practice without carrying the whole R6 map at once.
A error is a lived mismatch, not only a logical debate with fear. It expands this playlist by giving the viewer one precise memory distinction to practice without carrying the whole R6 map at once.
After a new outcome, the system needs time to name, feel, and absorb what changed. It expands this playlist by giving the viewer one precise memory distinction to practice without carrying the whole R6 map at once.
Continue From Here
Playlist Articles
- Array
- Array
- Array
- Array
- Array