Nervous System
9 articles
Nervous System
What Is Emotional Regulation? A Plain Guide for Trauma Survivors
Emotional regulation is not staying calm. It is being able to feel something strongly and still choose what you do next. What it actually involves, why trauma makes it harder, and how it is built.
Nervous System
How to Widen Your Window of Tolerance (Without Forcing Yourself)
Your window is not a fixed size. What actually widens it, what narrows it, how to work at the edges rather than past them, and what to do on days it has closed almost completely.
Nervous System
Depersonalisation vs Derealisation: How to Tell Them Apart
Feeling unreal to yourself, or feeling the world has gone unreal? The two are different experiences of the same protective response. What each one feels like, why it happens after trauma, and what gently helps.
Nervous System
Dissociation: Why You Go Blank, Foggy or Far Away
Dissociation is a protective disconnection, not a personal failing. The signs, the spectrum from spacing out to depersonalisation, and grounding that works without forcing.
Nervous System
Trauma, Shutdown and the Freeze Response in Depression
Why a shut-down nervous system can look exactly like depression — and what changes when you treat it as a state rather than a personality.
Nervous System
Hypervigilance: Why You Always Feel on Edge
The exhausting alertness that never switches off. Hypervigilance explained — what it is, why your body won't stand down, and how to teach your nervous system it's safe to rest.
Nervous System
How to Regulate Your Nervous System After Trauma
Trauma lives in the nervous system, not the story. Learn how to work with your body — through breath, movement, and co-regulation — to come back to safety.
Nervous System
The Freeze Response: Why Trauma Can Leave You Feeling Stuck
Understanding freeze, shutdown, and dissociation — why the nervous system chooses stillness, and how to gently come back into the body.
Nervous System
How Trauma Changes the Brain
A plain-language explanation of what trauma does to the amygdala, hippocampus, prefrontal cortex, and the nervous system — and why symptoms make biological sense.