Cayden Boozer and the Turnover Seen Across the Country.
Cayden Boozer’s turnover ended Duke’s season and exposed a pattern that’s becoming harder to ignore. Credit: CBS Sports NCAA March Madness coverage.
Your brain will betray you under pressure.
We’ve created this idea in sports that athletes are supposed to rise to the occasion. It sounds good. Clean, motivating, easy to repeat. But it doesn’t hold up when the moment arrives. Under extreme pressure, you don’t rise to anything. You fall into your default patterns of behavior.
There’s a neurological reason for that. As pressure builds, the prefrontal cortex—the part of the brain responsible for planning, decision-making, and overriding impulse—begins to lose its influence. Stress hormones like norepinephrine and dopamine flood the system. At moderate levels, they sharpen attention and improve performance. Push past that threshold, and the system destabilizes. Control shifts from deliberate, top-down processing to bottom-up reactivity, where whatever is most immediate in the environment takes over your attention. The game speeds up, the field narrows, and decisions stop being decisions. They become reactions.
That’s what we watched with Cayden Boozer.
Duke had the game in hand. Up two with ten seconds left, all they needed to do was inbound, absorb contact, and close it out at the free throw line. Instead, the ball came in, pressure spiked, and Boozer rushed an overhead pass that had no place in that moment. It was deflected, turned over, and seconds later, Braylon Mullins, who hadn’t made a three-pointer all night, buried one from well beyond the arc to end the game. UConn wins 73–72.
After the game, Boozer didn’t deflect it.
“I ruined our team’s season. That’s the best I can put it... I let my brother down.”
That’s the weight of a moment like this when it isn’t understood. The shock of the moment makes it feel like a fluke, but the collapse itself is not random. Duke led by 19. Number one seeds were 134–0 when leading by 15 or more at halftime in the NCAA Tournament. Mullins was 0-for-4 from three before that shot. None of it matters once the nervous system tips past its threshold.
When that happens, attention no longer organizes around context. It organizes around habit.
There’s a well-documented phenomenon in cognitive neuroscience often referred to as “slips of action.” Under stress, people revert to previously learned behaviors even when those behaviors are no longer appropriate for the situation. Studies by J. W. Schwabe and Oliver T. Wolf show that stress biases the brain toward habitual responding. Participants default to what they’ve practiced most, even when explicitly told the rule has changed.
That’s the paradox at the center of choking. The system does exactly what it has been trained to do when the situation requires something different.
This is also where athletes begin to lose agency without realizing it. The moment takes over, and the ability to choose goes with it.
Zoom out, and it becomes harder to treat this as an isolated breakdown.
Under Jon Scheyer, Duke has now experienced multiple season-ending games where control slipped at the exact moment it was needed most. Different opponents, different rosters, same outcome. A game that should be secured turns volatile, and volatility becomes collapse.
“We just have to secure it, right? We got it,” Scheyer said after the game. “They had a foul. I was ready for a timeout. We’ve just got to hold on.”
They didn’t.
“I don’t have the words,” he said. “I’m incredibly sorry for these guys that they’ve got to go through this. This is on us.”
At some point, repetition stops looking like bad luck. It starts pointing to a layer that isn’t being trained and developed.
Basketball players are taught to advance the ball. Beat pressure. Make the next play. Move forward, attack, solve. In almost every context, that’s correct. In that moment, it wasn’t. Duke didn’t need a play. They needed stillness. They needed restraint. But restraint is rarely trained.
When the prefrontal cortex goes offline, you lose the ability to override the default. The brain reaches for familiarity, not accuracy. There’s another layer to this. Research also shows that as athletes feel control slipping, they often try to compensate by exerting more effort and more conscious control. You start trying harder. You begin to micromanage movements that are usually automatic. The remaining executive resources get misapplied. Instead of organizing the moment, they interfere with it.
Now you have two breakdowns happening at once. The system is reverting to habit, and at the same time, it’s overcorrecting. That contradiction is what hijacks performance.
This is where most current training models fall short. They stay in the top-down domain. More film, more strategy, more verbal instruction, more cognitive framing. All of that assumes the athlete will have access to those tools when it matters. But the very nature of pressure challenges that assumption. If the system you’re relying on is the first thing to go offline, it was never stable to begin with.
The alternative is to build from the bottom up.
Nervous system training changes the threshold at which this breakdown occurs. It doesn’t rely on the athlete thinking their way through pressure. It conditions the body to remain regulated inside of it. When you train breathing, movement, and attention together, you expand the range in which clarity is accessible.
This is why dynamic performance yoga becomes so valuable. When an athlete learns to move with intensity while maintaining nasal breathing, they are training composure under load. They are teaching the system that stress does not automatically equal urgency and that the body can stay organized even as demand increases. Over time, that becomes the baseline the brain falls back on.
Brainspotting works on a different layer of the same problem. It allows athletes to process the accumulated stress that sits beneath these moments. Not just the visible errors, but the pressure, expectation, and identity weight that build over time. Without that release, the system becomes more reactive, not less.
For Cayden Boozer, what happens next matters as much as the moment itself. Left unprocessed, an error on that stage can embed itself in a way that alters confidence, decision-making, and identity. You start to see the same hesitation, the same overcorrection, and the same need to force control in future situations.
Handled correctly, it becomes something else entirely: a point of integration. A moment that expands capacity rather than shrinking it.
What happened to Cayden Boozer isn’t a one-off mistake. It’s a predictable outcome when the internal system hasn’t been trained to handle that level of pressure.
That’s the uncomfortable reality across sports right now. Development models have overinvested in external factors like skill acquisition, strength, and analytics while largely ignoring the stability of the system executing those skills. Most training environments are clean and controlled, which allows athletes to refine technique and decision-making without disruption. The problem is that games like this don’t unfold in controlled environments. They unfold in moments where time compresses, stakes rise, and the body begins to register threat.
When that shift happens, access becomes the differentiator. Not what an athlete knows, not what they’ve been told, but what they can actually reach when the system is under load. This is why so much of what we currently teach doesn’t transfer into high-pressure moments. It assumes the availability of cognitive control at the exact moment that control becomes unstable.
This is also where the distinction between ceiling and floor becomes critical. Traditional training raises an athlete’s ceiling by expanding what they are capable of at their best. Somatic training raises the floor by stabilizing what remains available when conditions are not ideal. At the highest levels of sport, outcomes are often decided not by peak performance but by how much of that performance remains accessible when things begin to break down.
Training the nervous system shifts that threshold. It expands the range in which the prefrontal cortex can stay online and reduces how quickly the system tips into reactive patterns. Athletes who build this capacity don’t eliminate pressure, but they are far less likely to be reorganized by it. The moment still carries weight, but it no longer dictates behavior in the same way.
This is where tools like dynamic performance yoga and brainspotting become more than supplementary work. They address the exact layer that determines whether an athlete can stay organized when the environment isn’t. Breathing under load, maintaining composure through movement, and processing accumulated stress all contribute to a system that can absorb pressure without fragmenting.
Experiences like this can either become embedded as disruption or integrated as development. If the stress surrounding the moment is left unprocessed, it tends to reappear as hesitation, overcorrection, or a need to force control in future situations. When addressed properly, it becomes part of a more stable foundation that allows the athlete to move forward without carrying its weight.
This is the direction the field needs to move. Preparing athletes only for ideal conditions leaves them exposed when the environment becomes unpredictable. Preparing them from the inside out creates a different level of durability, one that holds up when the game speeds up and the margin for error disappears.
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If you’re an athlete, coach, agent, front office leader, or part of an athletic department, this is the gap that continues to decide outcomes in the moments that matter most. Skill development and preparation are only part of the equation if the system executing them can’t stay organized under pressure. The work I do addresses that layer directly, training the nervous system alongside performance so athletes have access to their preparation when the environment becomes unpredictable. If you’re serious about closing that gap and building something that holds up in real competition, reach out.
Metta,
Drewsome.
