05/04/2026
A great read education buddies 🫶🏻
Have you ever reached the holidays and found that, despite the absence of work demands, your mind remains persistently active?
This experience is both common and neurologically grounded.
Throughout the school term, educators operate under sustained cognitive and emotional load. This involves continuous activation of executive functions — planning, decision-making, emotional regulation — primarily governed by the prefrontal cortex. At the same time, repeated exposure to time pressure and social complexity reinforces activation of the brain’s salience and stress-response systems, increasing sensitivity to cues that require attention and action.
Over time, this creates a form of neural efficiency: the brain becomes highly practiced at staying in a state of alert, goal-directed processing.
However, recovery is not an immediate consequence of removing external demands.
Research in cognitive neuroscience and occupational psychology highlights that mental recovery requires a shift from task-positive networks (involved in focused attention and performance) to the default mode network, which supports introspection, memory consolidation, and psychological restoration. This transition is not instantaneous. It depends on reduced cognitive load, decreased environmental demands, and sufficient time for neural downregulation.
In practical terms, this is why many educators experience restlessness, mental fatigue, or difficulty relaxing at the beginning of holidays. The brain is still operating in a mode it has been repeatedly trained to maintain.
Understanding this can shift the narrative.
Difficulty relaxing is not a personal failure or a lack of resilience. It is a predictable outcome of prolonged cognitive engagement and adaptive neural patterns.
As the holidays begin, it may be more useful to think less about switching off instantly, and more about allowing the brain to downshift over time — reducing demands, creating space, and permitting periods of mental stillness.
So perhaps the more useful question is not, “Why can’t I relax?”
But, “What does my brain need to slow down and recover?”
