What Memory Research Says About Considered Travel

Picture a holiday that went exactly to plan. Every restaurant was chosen in advance, every transfer was booked, and the attractions were visited in the order of their rankings. Nothing went wrong. Months later, we can ask what has stayed with us.

It may not be the celebrated restaurant, or the landmark seen at the scheduled hour. It may be a conversation nobody planned, the smell drifting from a neighbourhood bakery, or a quiet street found after a wrong turn.

That raises a question for anyone who plans well: whether arranging every moment of a journey helps us keep the moments that matter most to us. Research on memory offers some clues. It does not give a firm answer, and this article sets out what the studies show and where they stop.

Experiencing and remembering

Memory does not work like a video camera. It involves encoding, consolidation and retrieval, and what we attend to while something happens influences what we can recall afterwards.

Consider two afternoons. One visitor moves between five celebrated attractions on a tight schedule. Another explores a single historic neighbourhood, studies its architecture and falls into conversation with a local artisan. The first gains wide cultural exposure. The second has more chance to notice detail, form associations and build a personal account of the day. Neither is better by definition. What matters is what the traveller notices and later remembers, and the number of places visited tells us little about that.

A 2003 review in Nature Reviews Neuroscience by Charan Ranganath and Gregor Rainer looked at how the brain detects and remembers novel events. Its summary states that novel or unexpected events draw attention and are more easily remembered than predictable or familiar ones. In the body of the review, the memory advantage is clearest for what the authors call contextual novelty: something unexpected in its setting, such as a dog's bark amid birdsong. For things that are simply new, the evidence on memory is weaker. The studies are laboratory work in humans and animals, and the authors describe their model as tentative, so the review says little about travel directly. It does suggest that what stands out against its setting has a better chance of being remembered, and an itinerary with some open time leaves more room for that kind of surprise.

Why emotion changes what we remember

Think of a meal you still remember. You may not recall the menu. You may recall the conversation, the first taste of something unfamiliar, and who sat across the table.

Elizabeth Kensinger examined how emotion shapes memory in a 2009 review in Emotion Review. She concludes that emotion brings memory benefits, but not equally for every part of an experience or for every kind of emotional event. People tend to remember the central emotional content of an event and often forget the details around it. These focused gains in detail appear more often for negative experiences, while pleasant ones are more often remembered in outline. The review illustrates this with a snake whose colours and markings stay in mind, set against a cake remembered only as a cake. It does not study meals or travel, so the dinner above is an illustration. A pleasant evening recalled as a whole, with the menu forgotten, is consistent with what the review describes.

The pattern can run in either direction. A luxury hotel can give exceptional comfort and still fade, while a small encounter can take on lasting significance. A long-awaited visit to a remarkable hotel, museum or restaurant can also become a defining memory because it fulfils an old aspiration. How an experience connects with the person living it may matter more than its price, its spontaneity or its exclusivity.

What experiences add

Psychology offers a further angle. In a 2015 review in the Journal of Consumer Psychology, Thomas Gilovich, Amit Kumar and Lily Jampol set out evidence that people draw more satisfaction from experiential purchases, such as meals, concerts and holidays, than from material ones. They give three reasons: experiences tend to strengthen relationships, they become a larger part of a person's identity, and they invite fewer comparisons with what other people have. They also note that even holidays that do not turn out as planned tend to be rationalised and made peace with.

The review is about satisfaction and happiness. It does not test memory for travel, so it supports the argument here only indirectly. For travellers used to judging a trip by comfort, service and exclusivity, it adds another measure: what a journey contributes to relationships and to the story a person tells about themselves.

When AI plans the journey

AI tools now help travellers compare options, check accessibility and arrange itineraries. That is a real gain. A good assistant can simplify transfers, handle reservations and bring up cultural experiences that would otherwise take hours of research.

The more interesting question is what the tool is asked to optimise. Take three hypothetical cases. A system tuned to minimise travel time may favour attractions that sit close together. One tuned to popularity may keep pointing to places everyone already knows. One built to value variety may suggest things outside a traveller's usual taste.

Computer scientists study this under the heading of serendipity. A 2016 survey in Knowledge-Based Systems by Denis Kotkov, Shuaiqiang Wang and Jari Veijalainen notes that recommender systems tuned for accuracy tend to suggest items similar to what a user already likes, a problem known as overspecialisation, which has been linked to lower user satisfaction. The authors describe a serendipitous recommendation as one that is relevant, novel and unexpected, and they observe that there is no wide agreement on how to define or measure it. The survey covers recommender systems in general, with examples such as films, songs and books. It does not address travel or memory.

By extension, whether AI planning widens or narrows what travellers encounter is likely to depend on how its recommendations are generated and how people use them. The effect on travellers' memories needs further research.

Leaving room for the unplanned

One way to balance planning with discovery is to separate what needs organising from what gains from being left open. Transport, accommodation, reservations, accessibility, safety and the season all deserve careful planning. Not every hour needs a purpose.

Take a visit to a city rich in culture. Rather than asking an AI assistant for the most attractions per day, ask it for contrasting neighbourhoods, lesser-known local traditions and independent art spaces, including some outside your usual taste. Then leave one afternoon without a fixed sequence. Visit a local market. Watch how residents use public space. Stay longer where something catches your interest, and let a conversation shape what happens next.

None of this is guaranteed to produce stronger memories. It sets up conditions in which attention, personal relevance and surprise have more room to work.

It can also help to pause and observe the sounds, textures, architecture and social atmosphere of a place. Afterwards, write down one thing that surprised you and why it mattered. That may help you put into words what the moment meant, though the effect on long-term memory will vary from person to person.

Luxury, technology and planning

An exceptional journey does not require giving up luxury, technology or careful planning. Comfort can encourage exploration, preparation can reduce uncertainty, and AI can make travel more accessible and better informed. Spontaneous encounters can also disappoint or turn out to be unremarkable, and travellers differ in how much uncertainty they enjoy.

Considered travel, in this sense, means knowing what you value and leaving space for experiences that fit it. The research does not prove that doing so leads to stronger memories. It gives reasons to try. A reasonable approach is to let technology handle the logistics and to keep at least one afternoon open.

Editor's note: The author used AI tools in drafting this article. The text was edited by The Global Chic Voyage, and its references were checked against the original papers.

About the author: Alexandre Rodrigues teaches at ESPM and is a consultant and researcher in neuroscience, human behaviour and artificial intelligence applied to business, based in Lisbon. He runs DNA Corporativo (www.dnacorporativo.com.br).

Sources

Gilovich, T., Kumar, A. and Jampol, L. (2015). A wonderful life: experiential consumption and the pursuit of happiness. Journal of Consumer Psychology, 25(1), 152-165. https://doi.org/10.1016/j.jcps.2014.08.004

Kensinger, E. A. (2009). Remembering the details: effects of emotion. Emotion Review, 1(2), 99-113. https://doi.org/10.1177/1754073908100432

Kotkov, D., Wang, S. and Veijalainen, J. (2016). A survey of serendipity in recommender systems. Knowledge-Based Systems, 111, 180-192. https://doi.org/10.1016/j.knosys.2016.08.014

Ranganath, C. and Rainer, G. (2003). Neural mechanisms for detecting and remembering novel events. Nature Reviews Neuroscience, 4, 193-202. https://doi.org/10.1038/nrn1052