Hi, this is Ray.

I want to start with a specific memory that took me years to properly understand. When I was in third grade, I had a teacher who taught us American history not as a series of dates and facts but as a series of stories. She would sit on her desk and just tell us about specific people… the specific frustrations of a specific general, the specific fears of a specific colonist, the specific choices a specific president had to make in a specific room on a specific day. She had a gift for making historical figures feel like actual humans with actual problems. We would sit there mesmerized while she described the Constitutional Convention like it was happening in front of us.

Here's the strange thing. I remember an enormous amount of what she taught. Not just vague impressions… specific details about specific events, decades after I sat in her classroom. The kinds of details you'd expect to remember from a book you read yesterday, not from a class you sat in when you were nine. Meanwhile, the American history I learned in more traditional formats (the textbook chapters, the timeline memorization drills, the fact-focused lectures in later grades) has almost entirely faded. Same subject matter. Same student. Wildly different retention across the decades, and the difference is almost entirely explained by whether the material came to me as story or as information.

For years I attributed this to my third-grade teacher being unusually skilled. What I now understand, and what the research supports, is that she was systematically activating something specific about how human brains process narrative. Stories aren't just a nicer way to package information. They engage different neural systems than pure facts do, and those systems produce dramatically better retention. She wasn't teaching more effectively through personal charisma. She was teaching through a specific cognitive mechanism that most educational approaches ignore. And the mechanism is available to any learner willing to use it.

Today's newsletter is about that. What the research actually shows about storytelling and learning, why narrative activates memory systems that pure information doesn't, and how to actually use storytelling as a learning tool even when the material doesn't obviously call for it. This is genuinely one of the more powerful and underused techniques available to learners, and I want to make the case for taking it seriously. Let's get into it.

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See what’s actually true

Let me start with what the science actually shows, because the evidence is more concrete than most learners realize.

According to a 2024 study of university students, participants exposed to Storytelling Narrated Videos (SNV) had higher retention memory scores, indicating a positive impact on knowledge retention compared to those who watched Lecture Narrated Videos (LNV). The storytelling videos facilitated cognitive skill progression, enhanced understanding through engaging visuals, and fostered a strong connection with a familiar narrator, resulting in a more dynamic and memorable learning experience. Read this carefully. Same content. Different presentation format. Measurably different retention outcomes. The students who received the material through a story format remembered more of it than the students who received it through a traditional lecture format. This isn't a subtle effect. The delivery format changed what the brain did with the information.

The research on why storytelling produces this effect is fascinating. According to the summary of Mar's research, Raymond A. Mar and his team compared reading comprehension and memory recall of stories versus essays. The researchers found that stories are easier to understand and remember. Without a compelling storyline, training sessions can feel tedious and uninspiring, reducing their effectiveness. The comparison is directly to essays, which is a fair test… both formats present ideas in prose. The stories produce better retention even when the underlying information content is similar. Format itself matters.

The neurological research explains why. According to research on storytelling and the brain, when we hear a story, our brains undergo a remarkable transformation. Multiple brain regions, including the prefrontal cortex, amygdala, and hippocampus, light up in response to the narrative stimuli. These brain areas are responsible for processing language, emotions, and memory formation. As a result, storytelling engages our cognitive and emotional faculties, making it a powerful tool for learning and retention. Pure information activates language processing. Stories activate language processing plus emotion processing plus memory formation plus multiple other systems. More neural engagement produces more durable memory. The mechanism is direct.

An even more specific finding involves how the brain processes narrative structure. According to research on this topic, the areas of the brain associated with reading are similar to those involved in autobiographical memory and the processes of mentalizing. This correspondence has been interpreted as evidence that the process of mentalizing and of autobiographical memory are engaged during the processing of a story. This is the deeper mechanism. When you encounter information as a story, your brain treats it partly like autobiographical memory… like something that happened to you. Autobiographical memory is one of the most durable forms of memory humans have. Attaching learning content to the autobiographical memory system produces retention that pure information processing can't match.

Let me get specific about the mechanisms, because understanding them helps you use storytelling deliberately.

Emotional encoding. As I've covered in previous newsletters, emotional content gets encoded differently than neutral content. Stories almost always contain emotional elements… characters facing challenges, choices with consequences, tensions and resolutions. These emotional beats mean the content gets tagged as important by your brain's memory system. Pure information, without emotional context, doesn't get this tagging. Same content. Different memory priority.

Character-based memory. Human brains evolved to track other humans. This deep evolutionary priority means that information attached to characters gets remembered better than free-floating information. When you learn about a scientific discovery, the version with the specific scientist as protagonist sticks better than the version that describes the discovery abstractly. The characters serve as memory hooks that free-floating information lacks.

Sequential structure. Stories have a natural beginning, middle, and end. This sequential structure matches how your brain naturally organizes events. Information organized this way slots into existing cognitive frameworks. Information without this structure has to be organized from scratch each time you try to recall it. The pre-organization is doing memory work.

Causal connections. Stories imply causation… one thing happens because of another thing. This causal structure activates the specific memory systems your brain uses to track cause and effect. Pure information often lacks explicit causation, which means it doesn't engage these systems. The causation isn't just decoration… it's what makes the content memorable.

Mental imagery. Stories naturally produce mental images. You picture the character, the setting, the events. This mental imagery creates additional encoding pathways beyond the pure verbal information. As I've covered in previous newsletters about dual coding, multi-channel encoding produces more durable memory than single-channel encoding.

Context integration. According to the research on storytelling in learning, stories provide context. Storytelling within educational frameworks bolsters memory, facilitates learning, and bridges connections through generations. The context that stories provide isn't just background… it's what makes the specific information make sense within a larger framework. Framework-integrated information is more retrievable than isolated information.

Okay, the practical part. Understanding that storytelling helps memory isn't useful if you can't apply it to material that isn't naturally story-shaped. Here's how to actually use this.

Turn facts into stories deliberately. According to Stanford's Center for Teaching and Learning, storytelling is a memory strategy that makes it easier to recall information by turning the facts and concepts that you need to remember into a story. Stories are easier to remember because our brains are better able to recall narratives, emotions, and sequences of events. The technique is to take material that isn't already a story and construct one from it. If you need to remember a list of items, turn them into characters in a story where they interact. If you need to remember a process, tell it as a narrative of what happens sequentially. If you need to remember concepts, invent characters that embody them and put them in conflict.

Find the story in what you're studying. Most subjects contain stories even if the material isn't presented as such. History is obviously narrative. But so is science… every discovery has a person behind it, a specific problem they were trying to solve, a specific moment of insight, specific consequences of their finding. Math has stories too… the specific mathematicians who developed specific techniques, the problems they were trying to solve, the arguments they had with contemporaries. Look for these embedded stories and pay attention to them. The story is often the retrieval hook that lets you access the technical content.

Add characters to abstract concepts. For abstract or theoretical material, invent characters that personify the concepts. Not for a formal presentation… just in your own mental model. If you're learning about opposing chemical processes, imagine them as two characters with different motivations. If you're learning about historical philosophical schools, imagine the philosophers arguing. The mental characters give your brain something to attach the abstract content to.

Tell stories to yourself out loud. According to Stanford's guidance, tell the story aloud or to another person. As you practice, try to recall the information without looking at your notes. The verbal telling is doing something the mental version doesn't quite capture. Something about actually producing the words engages memory systems more deeply than just thinking through the story. This works even without an audience… telling yourself the story while walking, driving, or doing chores.

Use dramatic structure. Stories work partly because of specific structural features… tension, conflict, resolution. When you construct stories from learning material, borrow these features. Make the characters face problems. Include stakes. Build toward resolutions. The dramatic structure produces the emotional engagement that supports memory.

Learn material through biographical framing when possible. If you're studying a subject with historical figures involved, learn the material through the specific biographies of the specific people who developed it. The biographical framing turns technical content into stories about specific humans doing specific things. This is dramatically more memorable than the same content presented abstractly.

Retell what you've learned as stories to others. As I've covered in the teaching newsletter, teaching what you've learned strengthens your own retention. But specifically teaching through storytelling produces better outcomes than teaching through information dumps. When you tell someone what you've been studying, tell it as a story if you can. The retelling reinforces the story-encoded memory in your own brain.

Create memorable scenarios for lists. For material that's genuinely just lists of facts, the classic memory palace technique uses spatial imagination combined with storytelling. Put the items you need to remember in specific locations, then walk through those locations as a story. This ancient technique works because it combines spatial memory with narrative memory, both of which are ancient and durable systems.

Some honest caveats.

Precise quantitative material. If you need to remember exact numbers, formulas, or specifications, storytelling helps encode them but doesn't guarantee precision. For precise recall, storytelling should be paired with other techniques… flashcards, active recall practice, direct memorization for the specific numeric content.

Very short-term learning. If you're trying to remember something for the next 20 minutes, constructing a story about it might take more time than it's worth. Storytelling excels for long-term retention. For very short-term, other techniques might be more efficient.

Some technical procedures. If you need to remember a specific technical procedure step by step, storytelling helps with sequential structure but might introduce imprecision. For procedures that must be executed exactly, direct step-by-step memorization plus practice is often more reliable.

When you'd need real accuracy. Constructing your own stories about material means introducing your own framings and interpretations. This is fine for personal retention but might distort your understanding if you're not careful. Occasionally check your stories against the actual source material to make sure your narrative version hasn't diverged from what the material actually says.

Beyond specific study techniques, storytelling as a mental habit affects your general capacity for learning.

Reading habits. Reading fiction and non-fiction narrative books maintains the storytelling systems in your brain. According to research on this, the habit of engaging in mentally stimulating activities during the course of life strongly affects the preservation of cognitive abilities during the aging process. Fiction reading specifically activates the mentalizing and narrative processing that supports learning generally.

Choosing learning materials. When you have a choice about how to learn something, prefer formats that include storytelling elements. A history book with characters and drama over one that just lists events. A biography of a scientist over a pure textbook on their field. A documentary that follows specific people over one that's purely expository. The narrative delivery format is doing work that lecture-style delivery doesn't.

Following the thread through subjects. Complex subjects often have multiple threads you can follow. Look for the ones with strongest narrative elements. The story of a specific research program. The trajectory of a specific institution. The evolution of a specific idea across time. These narrative threads make complex subjects more accessible and more memorable than approaching them purely conceptually.

Here's what I want you to take from all this. Human brains evolved processing stories for hundreds of thousands of years before written information existed. This deep evolutionary priority means storytelling activates memory systems that pure information delivery leaves dormant. When you engage material as story (either by finding the stories embedded in it or by constructing stories from it), you're using more of your brain to encode the content. More engagement produces more durable memory.

If you've been treating learning as primarily about information consumption (reading facts, memorizing lists, absorbing lectures), please consider that narrative framing is doing work that pure information framing can't. The teacher who taught me American history through stories wasn't just being entertaining. She was using a specific cognitive mechanism that dramatically improved retention. This mechanism is available to any learner willing to use it.

The specific practical move I'd suggest: for whatever you're currently learning, try to find or construct a story about it this week. Not a formal presentation… just for yourself. What are the characters? What's happening? Why does it matter? Then, when you review the material, walk through the story mentally. Notice whether the story-attached content sticks better than the pure information content. Most learners who try this discover that their brain has been quietly waiting for this specific input.

Your third-grade teacher wasn't wrong to make history into stories. She was doing something neurologically sophisticated even if she wouldn't have described it that way. The stories reached parts of our brains that flat information couldn't reach. This is available to you as a learner right now. Take the material you're studying and find its story. The retention that follows will surprise you.

In Fullmetal Alchemist, Edward and Alphonse's journey isn't just about accumulating alchemical knowledge… it's a story with characters, stakes, growth, and consequences. The technical content of alchemy gets embedded in that story in ways that make it memorable. Your learning can work the same way. Find the story. Tell it to yourself. The memory follows the narrative naturally.

Keep learning (and keep telling stories),

Ray