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Interview
Amy Brann
Founder Synaptic, Potential
Amy Brann is a leading authority on applying neuroscience to business performance, helping organisations turn cutting-edge brain science into measurable impact. A trusted advisor to global brands including EY, Twinings and Haleon, she works on the frontline of behaviour change — embedding sustainable shifts in mindset, leadership and performance.
Author of Make Your Brain Work, Neuroscience for Coaches and Engaged, Amy translates complex science into practical, actionable tools that unlock innovation, agility and productivity — without burnout. Recognised as one of HR’s Most Influential Thinkers, she equips leaders to future-proof their people and unlock untapped potential through evidence-based transformation.
Q:Reinvention is a recurring theme in women’s careers. From your perspective, what organisational conditions and internal mindsets enable women to approach reinvention with confidence and strategic intent rather than fear?
A:Reinvention becomes threatening when it feels like loss, but powerful when it feels like intentional design. From a neuroscience perspective, the brain constantly scans for threat or reward. If reinvention is framed as falling behind, it triggers fear responses that limit strategic thinking. Organizations can help by creating genuine psychological safety where experimentation and stretch roles are encouraged, not penalized.
Visible career pathways are equally important. When women can see multiple leadership possibilities, they can imagine and pursue new professional identities. Time for reflection also matters, as reinvention requires a learning mindset rather than constant performance.
Internally, the shift is from “proving” to “building.” Reinvention is not about becoming someone else, but about strengthening new skills and perspectives. With repetition, patience, and self-compassion, individuals can leverage the brain’s natural capacity for growth and transformation.
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Reinvention becomes threatening when it feels like loss. It becomes powerful when it feels like design.
From a neuroscience perspective, the brain is constantly scanning for threat or reward. If reinvention is framed as “you’re behind,” “you need to catch up,” or “this role is disappearing,” the amygdala will light up and the prefrontal cortex – the key part involved in strategic thinking and future planning – will be compromised. You cannot think expansively from a defensive state.
Organisationally, three things matter.
First, psychological safety. Not performative safety, but genuine safety where experimentation, lateral moves, and visible stretch are not career-limiting. The anterior cingulate cortex detects conflict and error; if every deviation from the norm feels like risk, women will conserve rather than explore.
Second, visible pathways. The brain loves clarity. When women can see multiple credible futures – not just one narrow leadership archetype – the default mode network can begin imagining alternative identities and possibilities. Reinvention requires neural simulation before behavioural change.
Third, time and space for reflection. Most professionals are permanently in performance mode. Reinvention requires learning mode. Those are different neural states.
Internally, the mindset shift is from “proving” to “building.” Reinvention is not about becoming someone else; it’s about strengthening new neural pathways. And that requires repetition, effort and self-compassion. Neuroplasticity does not respond well to shame.
Visible career pathways are equally important. When women can see multiple leadership possibilities, they can imagine and pursue new professional identities. Time for reflection also matters, as reinvention requires a learning mindset rather than constant performance.
Internally, the shift is from “proving” to “building.” Reinvention is not about becoming someone else, but about strengthening new skills and perspectives. With repetition, patience, and self-compassion, individuals can leverage the brain’s natural capacity for growth and transformation.
----
Reinvention becomes threatening when it feels like loss. It becomes powerful when it feels like design.
From a neuroscience perspective, the brain is constantly scanning for threat or reward. If reinvention is framed as “you’re behind,” “you need to catch up,” or “this role is disappearing,” the amygdala will light up and the prefrontal cortex – the key part involved in strategic thinking and future planning – will be compromised. You cannot think expansively from a defensive state.
Organisationally, three things matter.
First, psychological safety. Not performative safety, but genuine safety where experimentation, lateral moves, and visible stretch are not career-limiting. The anterior cingulate cortex detects conflict and error; if every deviation from the norm feels like risk, women will conserve rather than explore.
Second, visible pathways. The brain loves clarity. When women can see multiple credible futures – not just one narrow leadership archetype – the default mode network can begin imagining alternative identities and possibilities. Reinvention requires neural simulation before behavioural change.
Third, time and space for reflection. Most professionals are permanently in performance mode. Reinvention requires learning mode. Those are different neural states.
Internally, the mindset shift is from “proving” to “building.” Reinvention is not about becoming someone else; it’s about strengthening new neural pathways. And that requires repetition, effort and self-compassion. Neuroplasticity does not respond well to shame.
Q:Many women leaders speak about a persistent need to “prove” their credibility. What systemic shifts are required to move organisations beyond performative validation toward genuine trust in women’s leadership?
A:When people feel they must constantly prove themselves, their stress chemistry reflects it. Elevated cortisol narrows thinking, reducing cognitive flexibility, creativity, and willingness to take intelligent risks. Ironically, environments that demand constant proof may suppress the very leadership qualities organizations value.
Systemically, organizations must shift from surveillance to trust architecture. Culturally, this means redefining competence. If leadership is still associated with assertiveness, dominance, and uninterrupted speech, diverse communication styles will continue to be misjudged. Because the brain relies on pattern-based judgments, those patterns must evolve to reduce bias.
Structurally, change requires transparent promotion criteria, fewer subjective “fit” conversations, outcome-based feedback systems, and broader sponsorship opportunities. Trust grows through consistent experiences of fairness and reliability. When women no longer expend energy managing impressions, they can redirect their focus toward strategy, innovation, and meaningful organizational impact.
----
If someone feels they must constantly prove themselves, their stress chemistry will reflect that. Elevated cortisol narrows thinking. It reduces cognitive flexibility. It makes people more cautious, less creative, less willing to take intelligent risk.
Ironically, the very environments that require women to “prove” themselves may be suppressing the leadership qualities organisations say they want.
Systemically, we need to move from surveillance to trust architecture.
Culturally, that means redefining competence. If the unconscious prototype of leadership remains assertive, uninterrupted speech and visible dominance, then different communication styles will continue to be misinterpreted. The brain makes rapid pattern-based judgments. Unless those patterns are updated, bias persists.
Structurally, it means:
Transparent promotion criteria.
Fewer subjective “fit” conversations.
Feedback systems that evaluate outcomes and influence, not personality comfort.
Sponsorship that is distributed, not selective.
Trust grows through oxytocin-mediated experiences of reliability and fairness. That means consistency. It means leaders doing what they say they will do. It means systems that don’t shift depending on who is in the room.
When women no longer need to burn cognitive energy managing impression, they can redirect that energy toward strategy, innovation and impact.
Systemically, organizations must shift from surveillance to trust architecture. Culturally, this means redefining competence. If leadership is still associated with assertiveness, dominance, and uninterrupted speech, diverse communication styles will continue to be misjudged. Because the brain relies on pattern-based judgments, those patterns must evolve to reduce bias.
Structurally, change requires transparent promotion criteria, fewer subjective “fit” conversations, outcome-based feedback systems, and broader sponsorship opportunities. Trust grows through consistent experiences of fairness and reliability. When women no longer expend energy managing impressions, they can redirect their focus toward strategy, innovation, and meaningful organizational impact.
----
If someone feels they must constantly prove themselves, their stress chemistry will reflect that. Elevated cortisol narrows thinking. It reduces cognitive flexibility. It makes people more cautious, less creative, less willing to take intelligent risk.
Ironically, the very environments that require women to “prove” themselves may be suppressing the leadership qualities organisations say they want.
Systemically, we need to move from surveillance to trust architecture.
Culturally, that means redefining competence. If the unconscious prototype of leadership remains assertive, uninterrupted speech and visible dominance, then different communication styles will continue to be misinterpreted. The brain makes rapid pattern-based judgments. Unless those patterns are updated, bias persists.
Structurally, it means:
Transparent promotion criteria.
Fewer subjective “fit” conversations.
Feedback systems that evaluate outcomes and influence, not personality comfort.
Sponsorship that is distributed, not selective.
Trust grows through oxytocin-mediated experiences of reliability and fairness. That means consistency. It means leaders doing what they say they will do. It means systems that don’t shift depending on who is in the room.
When women no longer need to burn cognitive energy managing impression, they can redirect that energy toward strategy, innovation and impact.
Q:Synaptic Potential champions “working smarter, not harder.” How does this translate into tangible leadership behaviours and systems in high-pressure workplaces?
A:The prefrontal cortex is energy-hungry. It fatigues. And when it does, we default to habitual and emotional systems.
Working harder often just means keeping the PFC switched on for longer. Working smarter means designing the environment so the right neural systems are activated at the right time.
In practice, this looks like:
Monotasking for deep strategy rather than celebrating multitasking.
Designing cognitive blocks – deep focus, relational, administrative, creative – instead of expecting constant task switching.
Protecting sleep, because executive function and emotional regulation collapse without it.
Reducing unnecessary cognitive noise – excessive email, unclear priorities, duplicated reporting.
From a systems perspective, it means clarifying the behaviours that lead to results and aligning internal and external environments accordingly
Leadership behaviour then shifts from heroics to design. Less “who stayed latest?” and more “what conditions produced our best thinking?”
Smarter working is neuro-aligned working.
Working harder often just means keeping the PFC switched on for longer. Working smarter means designing the environment so the right neural systems are activated at the right time.
In practice, this looks like:
Monotasking for deep strategy rather than celebrating multitasking.
Designing cognitive blocks – deep focus, relational, administrative, creative – instead of expecting constant task switching.
Protecting sleep, because executive function and emotional regulation collapse without it.
Reducing unnecessary cognitive noise – excessive email, unclear priorities, duplicated reporting.
From a systems perspective, it means clarifying the behaviours that lead to results and aligning internal and external environments accordingly
Leadership behaviour then shifts from heroics to design. Less “who stayed latest?” and more “what conditions produced our best thinking?”
Smarter working is neuro-aligned working.
Q:While stories of women ‘breaking barriers’ are celebrated, how can leaders move beyond individual narratives to embed equity into organisational systems?
A:Individual stories are inspiring. But they don’t rewire systems.
Neuroscience teaches us that repetition shapes wiring. If equity depends on exceptional individuals repeatedly pushing through, the system itself remains unchanged.
Leaders need to move from anecdote to architecture.
This means auditing:
Who gets high-visibility assignments?
Who receives stretch feedback versus personality feedback?
Who is invited into informal decision spaces?
The insula is activated when we detect inconsistency or unfairness. Over time, perceived unfairness erodes trust and engagement.
Embedding equity means designing processes where fairness is not discretionary. Clear criteria. Transparent data. Diverse decision panels. Measured outcomes.
The goal is not more barrier-breakers. It is fewer barriers.
Neuroscience teaches us that repetition shapes wiring. If equity depends on exceptional individuals repeatedly pushing through, the system itself remains unchanged.
Leaders need to move from anecdote to architecture.
This means auditing:
Who gets high-visibility assignments?
Who receives stretch feedback versus personality feedback?
Who is invited into informal decision spaces?
The insula is activated when we detect inconsistency or unfairness. Over time, perceived unfairness erodes trust and engagement.
Embedding equity means designing processes where fairness is not discretionary. Clear criteria. Transparent data. Diverse decision panels. Measured outcomes.
The goal is not more barrier-breakers. It is fewer barriers.
Q:You highlight sustainable resilience. How can organisations design resilience into ways of working rather than expecting individuals to endure?
A:Resilience is not an infinite personal resource. It is a state supported by biology.
Chronic stress impairs the prefrontal cortex and reshapes neural architecture over time. So, if the system is continuously overloading people and then offering a mindfulness app as compensation, that is not resilience design. That is outsourcing responsibility.
Resilience by design includes:
Manageable cognitive load.
Clear priorities.
Recovery cycles built into workflow.
Social connection and trust.
Permission to disconnect.
Sleep alone has profound implications for insight, ethical behaviour and emotional intelligence. Yet many professional cultures still treat exhaustion as commitment.
Sustainable resilience is about protecting the neural systems that enable judgement, empathy and creativity. Without those, performance is short-lived.
Chronic stress impairs the prefrontal cortex and reshapes neural architecture over time. So, if the system is continuously overloading people and then offering a mindfulness app as compensation, that is not resilience design. That is outsourcing responsibility.
Resilience by design includes:
Manageable cognitive load.
Clear priorities.
Recovery cycles built into workflow.
Social connection and trust.
Permission to disconnect.
Sleep alone has profound implications for insight, ethical behaviour and emotional intelligence. Yet many professional cultures still treat exhaustion as commitment.
Sustainable resilience is about protecting the neural systems that enable judgement, empathy and creativity. Without those, performance is short-lived.
Q:As AI reshapes work, which distinctly human capabilities will differentiate effective leaders, and how should organisations cultivate them?
A:AI will outperform humans in speed, large-scale pattern recognition, and administrative synthesis. What it cannot easily replicate is integrated human judgment — the combination of executive thinking, emotional regulation, perspective-taking, and moral reasoning. Critical thinking emerges from coordination across multiple brain regions, allowing us to evaluate contradictions, imagine possibilities, and regulate bias.
However, heavy reliance on AI risks skill atrophy. According to Hebbian learning, neural circuits that are not regularly used weaken over time. As a result, key human differentiators will include complex judgment under ambiguity, ethical reasoning, perspective shifting, social intelligence, creative synthesis, and meaning-making.
Organizations must intentionally strengthen these capabilities by designing work that encourages thinking before prompting, protecting deep focus time, and evaluating reasoning quality rather than just output speed. Ultimately, the real question is not how much AI we deploy, but whether we are strengthening the human capabilities that will matter most in the future.
----
AI will outperform humans in speed, pattern recognition across massive datasets, and administrative synthesis.
What it will not easily replicate is integrated human judgement — the coordination of executive function, emotional regulation, perspective-taking and moral reasoning.
Critical thinking emerges from interaction between the prefrontal cortex, anterior cingulate cortex, parietal regions and default mode network. That orchestration allows us to hold multiple possibilities, detect contradiction, imagine futures and regulate bias. The risk with heavy AI use is skill atrophy. Hebbian learning is simple: neurons that fire together wire together. Circuits not used weaken.
So the differentiators will be:
Complex judgement under ambiguity.
Ethical reasoning.
Perspective shifting.
Social intelligence.
Creative synthesis.
Meaning-making.
Organisations must intentionally exercise these capacities.
That means:
Designing work that requires thinking before prompting.
Protecting deep focus time.
Measuring reasoning quality, not just output speed.
Creating cognitive variety across the day.
Modelling AI as augmentation, not substitution.
The question for boards is not “How much AI can we deploy?”
It is “What do we need our humans to be exceptional at in five years — and are we strengthening or weakening those neural pathways today?”
Because we only get one brain. And we take it everywhere with us.
However, heavy reliance on AI risks skill atrophy. According to Hebbian learning, neural circuits that are not regularly used weaken over time. As a result, key human differentiators will include complex judgment under ambiguity, ethical reasoning, perspective shifting, social intelligence, creative synthesis, and meaning-making.
Organizations must intentionally strengthen these capabilities by designing work that encourages thinking before prompting, protecting deep focus time, and evaluating reasoning quality rather than just output speed. Ultimately, the real question is not how much AI we deploy, but whether we are strengthening the human capabilities that will matter most in the future.
----
AI will outperform humans in speed, pattern recognition across massive datasets, and administrative synthesis.
What it will not easily replicate is integrated human judgement — the coordination of executive function, emotional regulation, perspective-taking and moral reasoning.
Critical thinking emerges from interaction between the prefrontal cortex, anterior cingulate cortex, parietal regions and default mode network. That orchestration allows us to hold multiple possibilities, detect contradiction, imagine futures and regulate bias. The risk with heavy AI use is skill atrophy. Hebbian learning is simple: neurons that fire together wire together. Circuits not used weaken.
So the differentiators will be:
Complex judgement under ambiguity.
Ethical reasoning.
Perspective shifting.
Social intelligence.
Creative synthesis.
Meaning-making.
Organisations must intentionally exercise these capacities.
That means:
Designing work that requires thinking before prompting.
Protecting deep focus time.
Measuring reasoning quality, not just output speed.
Creating cognitive variety across the day.
Modelling AI as augmentation, not substitution.
The question for boards is not “How much AI can we deploy?”
It is “What do we need our humans to be exceptional at in five years — and are we strengthening or weakening those neural pathways today?”
Because we only get one brain. And we take it everywhere with us.