“The worst date of my life began with an apology and ended with a proposal. No joke.”
Do you want to know more? Probably.
We all love a good story, but have you ever asked why?
Why do we lean in when someone sets the scene? Why do we want to know more when someone teases a hook? And why do we remember a great success story more than features and benefits?
It seems like the logical side of our brains would love a breakdown of facts, but it doesn’t…at least not as much as it does a story.
There’s a reason for that, and it lies in science. Specifically, the neuroscience of story or how the brain processes them.
Stories aren’t just heard, but felt, stored, and acted on by your audience.
Let’s break down why:
Your Brain on Story: What Actually Happens?
[How many of you pictured an egg in a pan with that reference? Just me?]
When you hear a well-told story, your entire brain lights up. When you listen to a fact-filled lecture, only the two language processing regions become active (Broca’s and Wernicke’s areas).
Whereas, stories engage multiple regions:
- Sensory Cortex: if the story involves touch or smell
- Motor Cortex: when describing movement
- Auditory Cortex: if there are sounds within your story
- Limbic System: where emotions and memories live
- Prefrontal Cortex: where decisions are made
- Temporal Lobe: when listening to a story
- Visual Cortex and Visual Word Form Area: when reading a story
- Default Mode Network (including medial prefrontal cortex, posterior cingulate/precuneus, and angular gyrus): help with self-referential thought, integration, and perspective-taking during narrative processing
- Social Cognition Networks: help you infer characters’ motives,, emotions, and beliefs
- Hippocampus: helps bind events into a coherent narrative and supports later recall of the story’s structure
Your brain reacts to stories as if they are happening to you. It’s the result of neural coupling—a brain process that syncs an audiences’ brains with the storyteller’s brain.
Neural coupling is the pathway to empathy, understanding, and connection.
But storytelling is not simply a biological response. You need more than mirror neurons and neural coupling.
What storytellers want most is narrative transport, which makes the audience feel as if they are in the story. This takes a combination of both neurological response (neural coupling) and good storytelling to achieve.
The Chemistry of Connection: How Stories Build Trust
Storytelling triggers the release of powerful brain chemicals, including:
- Cortisol: which heightens attention when the brain senses stakes or tension in the story
- Dopamine: which gets released when the story offers a resolution, reward, or clarity on a point of curiosity (an open loop)
- Oxytocin: often called the “love hormone” or “trust hormone” because it is released during childbirth and stimulates trust, bonding, and intimacy. It also can be released during moments of vulnerability and empathy
Each of these hormones has multiple functions. For example, oxytocin can help form trusting relationships, romantic pair-bonding, and tune into the emotions of others. It can dampen the brain’s fear and stress response and lower cortisol, among other things.
The three chemicals balance each other and, when triggered by a well-told story, can help an audience achieve narrative transport.
These chemicals don’t just make a story entertaining, but can help forge a trusted relationship based on empathy and understanding.
Decisions Are Made by Emotions Before Facts
No matter how much we may think we are rational beings, our subconscious system is in charge. Scientists claim 95% of our decisions are made in the subconscious before our conscious brain even recognizes a decision needs to be made. We back these emotional decisions with facts to rationalize them to our conscious brains.
We feel first and justify later.
Antonio Demasio, a neuroscientist, discovered that patients with a damaged amygdala (the center of our emotions) couldn’t make even the simplest decisions, even if their logic centers were intact.
This means that emotions are essential to making decisions. You cannot divorce them from the equation. It also means that facts alone do little to persuade an audience to act.
If your stories or messaging relies on logic and are absent of story, you are likely passing over the moment for decision-making.
Strategic Storytelling = Ethical Persuasion
You may think that using story is akin to forcing emotions and manipulation. It is not.
We crave stories. They form the basis of all communication. How we remember, share our histories, and connect.
Understanding how stories work in the brain breaks down the processes by which your audience feels and makes decisions, and nothing more.
But…and this is a huge but…it only works when you tell a good story.
Not every story works. If it did, we would love every film we watch and binge every show on Netflix, which we obviously do not.
Mirror neurons are not enough. Terrible stories are not enough. Even mid or boring stories aren’t enough.
You need well-told stories that include:
- Emotion: Start with emotion—a relatable challenge or obstacle, a moment of tension, a shared belief, a point of curiosity
- Specific Details: Use details to light up the sensory cortex, told in a way that allows your audience to feel or sense what you are sharing (show, don’t tell)
- Conflict: When change is necessary, or an obstacle needs to be overcome
- Highlight Transformation: Show what’s changed and why that matters to the person changed and to the audience
- End with a Resolution: Show what’s possible or what action to take next
Your Next Step: Apply This to Your Writing
Next time you sit down to write a blog, email, or speech, ask yourself:
- ”Where’s the story?”
- ”Where does the reader feel something?”
- ”What transformation am I showing them?”
If your answer to any of those questions is “nowhere,” it’s time to revisit how your writing aligns with the brain’s natural wiring.
If you want to dive deeper into the neurological reasons, why your audience might jump on your offer, pick up my free list of 5 neuroscience triggers that make your story convert in The Brain Behind the Buy.