Before we start the journey to adapt, we must understand what barriers exist in our minds and leadership styles and how we actually view the threat of change.
At its core, resistance to change is not an act of defiance, it’s an act of self-preservation.
The human brain, finely tuned for survival over millennia, is designed to seek stability and predictability. Once we’ve established habits, routines, or ways of thinking, our neural pathways solidify, allowing us to perform tasks almost automatically. Whether it’s a routine at work, a method of decision-making, or a business process, it becomes the default.
This is why it’s so easy for us to do the same things day in and day out. Our brains love this!
When faced with disrupting these patterns, the brain must expend energy to create new pathways. This shift requires focus, deliberate effort, and time — which the brain naturally avoids in favour of conserving energy.
In other words, the status quo feels easy, while change feels exhausting. It needs a lot more energy and intentionality.
This process, known as neuroplasticity, is a double-edged sword. While it enables learning and adaptation, it also makes us resistant to anything that disrupts these well-worn paths.
This is why change feels like an uphill battle — it demands significant cognitive effort to carve out new neural pathways while breaking old ones. This wiring explains why change can feel threatening even when it’s clearly beneficial. It’s the same reason sticking to a new workout plan is so difficult, even when you know it works.
The amygdala, the brain’s “fear centre,” plays a key role here. When faced with change, it activates the fight-or-flight response, leading to hesitation or opposition.
Before you evolve into adaptability, you have to understand the biological traits that need to be recoded as well!
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At its core, resistance to change is not an act of defiance, it’s an act of self-preservation.
The human brain, finely tuned for survival over millennia, is designed to seek stability and predictability. Once we’ve established habits, routines, or ways of thinking, our neural pathways solidify, allowing us to perform tasks almost automatically. Whether it’s a routine at work, a method of decision-making, or a business process, it becomes the default.
This is why it’s so easy for us to do the same things day in and day out. Our brains love this!
When faced with disrupting these patterns, the brain must expend energy to create new pathways. This shift requires focus, deliberate effort, and time — which the brain naturally avoids in favour of conserving energy.
In other words, the status quo feels easy, while change feels exhausting. It needs a lot more energy and intentionality.
This process, known as neuroplasticity, is a double-edged sword. While it enables learning and adaptation, it also makes us resistant to anything that disrupts these well-worn paths.
This is why change feels like an uphill battle — it demands significant cognitive effort to carve out new neural pathways while breaking old ones. This wiring explains why change can feel threatening even when it’s clearly beneficial. It’s the same reason sticking to a new workout plan is so difficult, even when you know it works.
The amygdala, the brain’s “fear centre,” plays a key role here. When faced with change, it activates the fight-or-flight response, leading to hesitation or opposition.
Before you evolve into adaptability, you have to understand the biological traits that need to be recoded as well!