More on Neuroscience
Introduction
When people feel psychologically safe, the brain shifts into learning and adaptive mode:
- Stronger prefrontal cortex functioning
- Higher engagement and discretionary effort
- Better problem solving and innovation
- Greater willingness to take risks and try new skills
When safety is low, people withdraw, comply superficially, gossip or sabotage change.
Application to Change Management: Practical Actions
You can use neuroscience to design change that supports safety:
|
Neuroscience principle |
Leadership behaviour |
Impact on change |
|
1. Brain hates uncertainty |
Share frequent updates, even if incomplete |
Reduces threat from ambiguity |
|
2. Autonomy reduces amygdala activation |
Offer choice where possible |
Creates ownership |
|
3. Social belonging boosts oxytocin |
Encourage connection and peer support |
People stay engaged in disruption |
|
4. Clarity protects cognitive bandwidth |
Define clear expectations and priorities |
Prevents overload |
|
5. Recognition raises dopamine |
Acknowledge effort and wins |
Sustains motivation |
This simple rule applies:
Information + Inclusion + Empathy = Safety
A framework: Creating “SAFE” Change
There are 4 safety enablers:
1.Stability
Clear roles, timelines, purpose.
2.Autonomy
Input into decisions, flexibility in implementation.
3. Fairness
Transparent processes, equal treatment.
2.Empathy
Leaders show genuine care about concerns and workload.
Most people do not resist change itself. They resist feeling unsafe during change.
Bottom line for leaders
If you want adaptive behaviour, you must first minimise perceived threat.
People shift when their brains feel safe, not just when their leaders say change is important.
You are already thinking in the right direction by focusing on the neuroscience side. Keep leaning into this human-centred approach.
(main sources: Jennifer L. Eberhardt, 2019; David M Amodio et al, 2019)