Picture yourself on the couch, phone in hand, scrolling through a food delivery app. You linger over the dumplings. You consider the spring rolls. You add the spring rolls. You place the order, and for the next forty minutes something in you is quietly humming. Then the bag arrives, the food is a little lukewarm, you eat it in front of the television, and twenty minutes later you can barely remember it. If you have ever noticed that the ordering was more fun than the eating, you are not alone, and somebody has built a website about it.
A trend that started as a joke
In September 2026 the New York Times reported on a wave of what are being called dopamine sites, and the story is stranger than the name suggests. It began in March, when a mechanical engineering student in Seoul named Seohyun Park built a site that looks like a food delivery app. You browse, you choose, you order, and nothing comes. The name translates roughly as Food Never Arrives. When you’re done, it totals up the money you didn’t spend and the calories you didn’t eat. Park says she built it as a joke, after noticing that she got more pleasure from placing orders than from eating what showed up. About ten thousand people a month visit it.
Others followed. Two developers in India built a fake delivery service that hands you real recipes instead of food; it has drawn over two and a half million views. And a developer in South Korea who doesn’t smoke, but who used to tag along on her coworkers’ cigarette breaks, built a site with a large cigarette in the middle of the screen. Tap it and a timed smoke break begins, complete with drifting smoke and a crackling sound, while other visitors’ messages float past. About 150,000 people a month take a break there.
The easy explanation is in the name: these sites deliver dopamine without the cost. But the popular story about dopamine is wrong, and it’s wrong in a way that makes these sites more interesting, not less.
Dopamine is not the reward
Most people carry around a simple model: you eat the chocolate or win the money, your brain releases dopamine, and that release is the pleasure. Reward first, dopamine second. Two lines of research say otherwise.
The first comes from Wolfram Schultz, Peter Dayan, and Read Montague, who in 1997 recorded from individual dopamine neurons in monkeys learning a simple task. At the start, a squirt of juice made the neurons fire. So far, the popular story holds. But once the monkeys learned that a light reliably came on before the juice, the neurons stopped firing at the juice and started firing at the light. Dopamine tracked the prediction, not the payoff. And when the light came on and no juice followed, the neurons dipped below their resting level. This pattern, called a reward prediction error, is one of the most replicated findings in neuroscience.
The second comes from Kent Berridge and Terry Robinson at the University of Michigan. Rats, like human babies, make a distinctive face when something sweet touches their tongue, so you can read whether they like a taste directly off their expression. Berridge’s team took rats with almost no dopamine left in the reward system and gave them sugar. The rats made all the same happy faces. What they wouldn’t do was work for it, press a lever for it, or walk across the cage for it. Their liking was intact. Their wanting was gone. Dopamine, on this account, is the chemistry of wanting and anticipation, not of enjoyment.
Put those together and the people who named these sites got it right for the wrong reason. They think they’re delivering pleasure without the product. What they’re actually delivering is anticipation without the product.
What a piano chord can teach you
Musicians have been running this experiment on audiences for centuries. Most Western music sets up a chord that points toward home, then takes you home: tension, then release. A deceptive cadence (an interrupted cadence, in British usage) plays the setup and then steps sideways, so the tension builds instead of resolving. Stack two or three of those in a row before the final chord lands and the landing feels better than it would have if you had gone straight there. The closing seconds of Whitney Houston’s 1991 Super Bowl performance of the national anthem are a famous example: one held note, the orchestra moving underneath it, a stadium waiting for a chord it knows is coming.
In 2011 Valorie Salimpoor, Robert Zatorre, and colleagues at McGill scanned people listening to music they had chosen because it reliably gave them chills. They found dopamine release at two different moments in two different brain regions. At the peak, the moment of the chills, dopamine was released in the nucleus accumbens. In the seconds before the peak, while the music built toward it, dopamine was released in the caudate. The anticipation had its own signal, and it came first.
Anticipation has a price tag
Economists figured this out a long time ago. In 1987 George Loewenstein asked people how much they would pay for a kiss from the movie star of their choice, delivered immediately, in three hours, in a day, in three days, or in a year. Standard economics says sooner is better. People said otherwise: they would pay more for the kiss in three days than for the kiss right now, because three days of looking forward to it was worth something, and a year of waiting was not. That is the deceptive cadence again. Park’s observation about her takeout is the same finding without the economics journal.
Can a fake meal make you eat less?
The real hope behind these sites is not just that fake ordering feels good, but that it takes the edge off real ordering. Is there any evidence for that? Sort of. In 2010 Carey Morewedge, Young Eun Huh, and Joachim Vosgerau had people imagine eating M&Ms one at a time. Some imagined eating thirty; others imagined eating three and then imagined feeding coins into a laundry machine twenty-seven times, so that the amount of repetitive imagining was matched. Afterward, everyone was handed a bowl of real M&Ms. The thirty-M&M group ate significantly fewer. The explanation is habituation: your response to a stimulus fades with repetition, and you can apparently wear it out in your imagination without the candy ever touching your tongue.
Or make you crave more?
The Times quotes Lingguo Xu, a behavioral economist at the University of Waterloo, worrying that simulated consumption might strengthen cravings rather than satisfy them. That worry has research behind it. Brian Carter and Stephen Tiffany’s 1999 meta-analysis of cue reactivity studies found that showing smokers a cigarette, or playing them the sound of a lighter, reliably raises craving and heart rate. A large cigarette on a screen with drifting smoke and a crackling sound is a cue reactivity stimulus by any definition, and a delivery menu with a photograph of every dish is not far behind.
And recall the prediction error work. When the light came on and no juice followed, dopamine dipped. A site literally named Food Never Arrives runs the full cue sequence and then withholds the reward. In music, no composer does that; the deceptive cadence works because home is coming. Take home away for good and you don’t have anticipation. You have frustration.
How do you square this with the M&M study? Morewedge’s participants imagined eating thirty times in a row. That repetition produced the habituation. Most people probably browse a fake menu once, place one order, and laugh. That isn’t thirty repetitions of eating; it’s one very good cue. So these sites may work if used one way and backfire if used another, and nobody has measured which way people actually use them. Every claim in the Times piece about the sites helping anyone is self-report from the people who built them.
The fake smoke break that made real friends
One more thing, because it doesn’t fit the dopamine story at all. The creator of the smoke-break site told the Times that visitors began talking to one another about work, school, and whatever was going wrong in their lives, and that some became real friends who now meet in person. (Some of them, she noted, step outside and light up together.) What the site gave people was an excuse to stand next to a stranger for a few minutes and say something. That may be the best thing in the whole article, and it has nothing to do with anticipation.
What to take away
Here is what the research agrees on. Dopamine fires at the cue, not at the reward. Anticipation is a pleasure of its own, one people will pay for and musicians have used for centuries. And you can wear anticipation out in your imagination if you repeat it enough. What nobody has tested is which of those things a dopamine site actually does: thirty imaginary meals, or one very good menu. That is not a case of researchers who can’t make up their minds. It’s a specific, answerable question that nobody has gotten around to answering.
The one thing worth carrying out the door is the correction. Dopamine is not the reward. It is the wanting, the looking forward, the light that comes on before the juice.
Psychology Terms in This Article
Reward prediction error. The difference between the reward you expected and the reward you got, signaled by dopamine neurons that fire more when outcomes beat expectations and dip when they fall short. Schultz and colleagues found that once monkeys learned a light predicted juice, dopamine fired at the light and dropped when the juice failed to arrive.
Wanting versus liking. Berridge and Robinson’s distinction between the motivation to pursue a reward (wanting, tied to dopamine) and the pleasure of consuming it (liking, tied to other systems). Dopamine-depleted rats still enjoyed sugar but would not seek it out.
Anticipatory utility. The satisfaction gained from expecting a future event, as distinct from experiencing or remembering it. Loewenstein’s participants would pay more for a movie-star kiss in three days than for one right now.
Habituation. A decrease in response to a stimulus after repeated exposure. Morewedge and colleagues showed that repeatedly imagining eating a food reduced how much of it people later ate.
Deceptive cadence. In music, a progression in which the chord that points toward the home chord resolves somewhere unexpected instead, delaying the release of tension. Also called an interrupted cadence.
References
- Berridge, K. C., & Robinson, T. E. (1998). What is the role of dopamine in reward: Hedonic impact, reward learning, or incentive salience? Brain Research Reviews, 28(3), 309–369.
- Carter, B. L., & Tiffany, S. T. (1999). Meta-analysis of cue-reactivity in addiction research. Addiction, 94(3), 327–340.
- Livni, E. (2026, September 11). [Article on dopamine sites]. The New York Times. https://www.nytimes.com/2026/09/11/world/asia/dopamine-sites-popularity.html
- Loewenstein, G. (1987). Anticipation and the valuation of delayed consumption. The Economic Journal, 97(387), 666–684.
- Morewedge, C. K., Huh, Y. E., & Vosgerau, J. (2010). Thought for food: Imagined consumption reduces actual consumption. Science, 330(6010), 1530–1533.
- Salimpoor, V. N., Benovoy, M., Larcher, K., Dagher, A., & Zatorre, R. J. (2011). Anatomically distinct dopamine release during anticipation and experience of peak emotion to music. Nature Neuroscience, 14(2), 257–262.
- Schultz, W., Dayan, P., & Montague, P. R. (1997). A neural substrate of prediction and reward. Science, 275(5306), 1593–1599.
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