When a Shooter Gets Hot

A Streak Begins

Midway through the third quarter in January 2015, the Sacramento Kings were defending Klay Thompson in a perfectly ordinary way. A hand up, a quick closeout, a body nearby. None of it mattered. Thompson caught the ball, rose, and the shot went in. Then another. Then another. The sequence kept unfolding until the quarter ended with thirteen straight field goals and thirty‑seven points, every shot falling as if the rim had quietly widened.

Everyone watching understood what they were seeing. Thompson was hot.

The phrase arrives almost automatically in basketball. When a shooter makes several in a row, the explanation seems obvious: something about the player has changed. Confidence, rhythm, touch, perhaps even a kind of internal momentum. The next shot now feels more likely to fall because the player has entered a different state.

But this instinctive explanation rests on a subtle philosophical leap.

The Scottish philosopher David Hume once pointed out that we never actually see causationCausation is the philosophical concept of one event bringing about another. Hume argued that we never directly observe the causal connection itself, only the regular sequence of events. itself. What we see are sequences. One event follows another, and the mind grows accustomed to expecting the same pattern again. After enough repetition, the expectation begins to feel like knowledge. Yet the causal connection—the invisible force that supposedly binds the events together—is never directly visible in the sequence itself.

A hot shooting streak places that problem directly on the hardwood.

We see the makes. What we do not see is whether the player has truly entered a new causal state or whether we are watching a cluster of outcomes inside a fundamentally uncertain process.

The Visible Streak

Basketball constantly presents short runs that feel meaningful.

A player hits three shots in a row and the offense suddenly tilts toward him. Teammates look for him more quickly. The crowd leans forward. Commentators begin narrating the moment as if the player has discovered a hidden channel through which the ball will continue to fall.

Yet Hume would remind us that the sequence itself contains less information than we imagine. Three makes in a row, or even six, are simply observations. They show that success followed success. They do not yet prove that the probability of the next shot has changed.

This gap between sequence and explanation lies at the center of the famous “hot hand” debate.

In the 1980s, psychologists studying basketball tried to test the belief that a player who has made several shots becomes more likely to make the next one. Their analysis suggested something unsettling: the streaks that looked meaningful to players and fans often behaved statistically like ordinary randomness. Shots clustered together sometimes, but no reliable increase in future probability appeared.

The conclusion was provocative because it implied that the feeling of heat might be a cognitive illusionA cognitive illusion is a systematic error in perception or reasoning where the mind confidently arrives at a conclusion that does not match the underlying reality. —an example of the human mind finding patterns where none truly exist.

But the story did not end there.

The Difficulty of Seeing Probability

Later researchers pointed out that the original statistical tests had their own hidden bias. Short sequences of shots, which dominate basketball games, tend to obscure streak dependence rather than reveal it. When this bias was corrected, the evidence against the hot hand weakened.

The debate reopened.

At this point the question becomes less about basketball statistics and more about how human beings reason under uncertainty. Amos Tversky and Daniel Kahneman, who studied judgment and decision‑making, showed how easily people lean on vivid patterns when evidence is incomplete, a tendency known as representativeness heuristicThe representativeness heuristic is the mental shortcut of judging probability by how closely something resembles a typical pattern, rather than by careful statistical reasoning. . A streak of makes feels persuasive because it is memorable and immediate, even if the underlying probabilities have not shifted very much.

Basketball magnifies this problem. The game unfolds too quickly for careful statistical reasoning. Players, coaches, and fans must interpret events in real time, relying on experience and intuition rather than formal proof.

In other words, basketball places people in exactly the situation Hume described: observing sequences and trying to infer the hidden causes behind them.

When the Streak Might Be Real

Not every run of made shots is an illusion.

Consider Jamal Murray during the 2020 playoff series between Denver and Utah. Murray erupted for fifty points in Game 4, then fifty again in Game 6, turning the matchup into a scoring duel with Donovan Mitchell. Across the series he averaged more than thirty points per game, repeatedly bending the defense and creating shots that seemed to grow easier as the games progressed.

Moments like this complicate the simple “randomness” story.

Success can alter the conditions of play. A shooter who has just hit several shots may become more decisive. Teammates may deliver the ball more quickly. Defenses may scramble to adjust, sometimes leaving new space elsewhere on the floor. Confidence, tactics, and rhythm can interact in ways that genuinely raise the probability of success for a period of time.

From Hume’s perspective, this means that the causal story cannot be read directly from the makes themselves. The shots alone do not reveal whether the player has changed state. But they also do not rule out that possibility.

The streak leaves the observer suspended between two explanations: clustering and causation.

The Long Pattern

Sometimes the pattern extends far beyond a single hot night.

Stephen Curry once made at least one three‑pointer in 268 consecutive regular‑season games, a record that stretched across five years. The streak no longer felt like a temporary flare of success. It revealed something stable about the player’s underlying ability.

Here the philosophical picture shifts.

A handful of makes might only be a cluster, but a pattern that repeats across hundreds of games begins to look like a genuine regularity. Hume himself believed that repeated experience gradually strengthens our expectations through what philosophers call inductionInduction is the process of drawing general conclusions from specific observations. Hume famously questioned whether repeated experience can ever logically guarantee future outcomes. . The more consistently an outcome follows a particular set of conditions, the more justified we are in predicting it again.

Curry’s streak illustrates that difference. The expectation that he will make a three‑pointer in a given game does not come from a single vivid moment but from years of repeated observation.

The hot hand, by contrast, lives in the short run, where evidence remains ambiguous and interpretation becomes unavoidable.

Decisions Before Certainty

Coaches and players do not have the luxury of philosophical patience.

When a shooter hits three in a row, the team must decide whether to feed him again on the next possession. Waiting for statistical certainty would mean waiting forever, because the game continues regardless of whether the evidence is complete.

This is why the hot hand persists as a living part of basketball culture. It represents a practical judgment made under uncertainty.

Sometimes the judgment is wrong. A shooter who appears unstoppable may simply be experiencing an ordinary cluster of makes that soon fades. At other times the judgment captures something real—confidence, rhythm, tactical opportunity—that briefly shifts the balance of probability.

From the outside, these two possibilities can look almost identical.

Which returns us to the quiet philosophical puzzle hiding inside every shooting streak.

When the ball falls through the net again and again, we feel as though we are watching causation reveal itself. The player seems to have discovered a temporary law of success. Yet what we truly see is still only a sequence of events unfolding in time.

The heat we perceive may be a real change in the game. It may be a cluster inside randomness. Or, most often, it may be a mixture of both.

Basketball leaves us watching the sequence, trying to decide which explanation belongs to it.

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Footnotes / Philosophy Terms

1. Causation ↩

Causation is the philosophical concept of one event bringing about another. Hume argued that we never directly observe the causal connection itself, only the regular sequence of events.

2. Cognitive illusion ↩

A cognitive illusion is a systematic error in perception or reasoning where the mind confidently arrives at a conclusion that does not match the underlying reality.

3. Representativeness heuristic ↩

The representativeness heuristic is the mental shortcut of judging probability by how closely something resembles a typical pattern, rather than by careful statistical reasoning.

4. Induction ↩

Induction is the process of drawing general conclusions from specific observations. Hume famously questioned whether repeated experience can ever logically guarantee future outcomes.