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“Near Misses” in Slots: Your Brain Doesn’t Care Whether You Won or Lost

Your Brain Doesn’t Care Whether You Won or Lost

The iGaming industry continues to grow every year, even though the mathematical expectation for casino players is negative-and many players are aware of this. The question is why people keep playing-and whether it is possible to make even losing feel enjoyable.

A 2024 Italian study cited by Pepper Partners shows that, in addition to winning and losing, slots have a third outcome with its own distinct emotional response: the “near miss.” The slot forms a winning combination on three reels, slows down on the fourth, and stops on a losing symbol, shattering the expectation of a win. This moment triggers a complex mix of conflicting emotions.

Physical Response

🔵 When the share of near misses increased to 30% of all outcomes, participants wagered significantly more money during the gaming session.

🔵 During a near miss, participants’ heart rates slowed in the same way as after a real win, indicating a similar emotional response.

🔵 Skin conductance data showed that even after the reel stopped on a losing symbol, participants maintained a heightened emotional state similar to the excitement caused by winning.

Brain Activity

🔴 The same areas of the brain were activated during both actual wins and near misses.

🔴 A separate Portuguese study indicates that these included the ventral striatum and the rostral anterior cingulate cortex—areas involved in reinforcing positive responses.

What This Means for Operators

🔵 Awareness of how casino mechanics work does not, by itself, reduce players’ interest in gambling.

🔵 Since wins and near misses trigger similar reactions, this effect can be taken into account when designing the user experience.

Conclusion

Players may understand that casinos have a negative mathematical expectation, yet they continue to play because their bodies and brains respond strongly to game outcomes. Therefore, researchers place responsibility for players’ emotional well-being on operators.