Panic is a processing error. We freeze when we can no longer...
Steve Magness@stevemagness
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Dec 31, 2025
~3 min read
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1
Panic is a processing error.
We freeze when we can no longer compute the next move.
The brain simply gets overwhelmed by too much input at once. It crashes like an overloaded computer.
The antidote? Make the game slow down.
We freeze when we can no longer compute the next move.
The brain simply gets overwhelmed by too much input at once. It crashes like an overloaded computer.
The antidote? Make the game slow down.
2
Your brain is a prediction machine.
It constantly builds a model of what should happen next.
Panic strikes when the gap between your prediction and reality becomes too wide.
The world moves faster than your internal model can update. You lose your cognitive footing.
It constantly builds a model of what should happen next.
Panic strikes when the gap between your prediction and reality becomes too wide.
The world moves faster than your internal model can update. You lose your cognitive footing.
3
Recent neuroscience points to the Locus Coeruleus as one of the culprits.
This tiny brainstem area regulates arousal by releasing norepinephrine. Think of it as your brain’s "gain" or volume knob.
Moderate turns make you alert. Too much cranks the volume on everything.
This tiny brainstem area regulates arousal by releasing norepinephrine. Think of it as your brain’s "gain" or volume knob.
Moderate turns make you alert. Too much cranks the volume on everything.
4
When the gain gets turned up too high, "signal-to-noise" discrimination fails.
Recent studies show that instead of highlighting the important info, the brain starts amplifying the static.
You perceive everything as equally urgent.
You can no longer distinguish the signal from the noise.
Recent studies show that instead of highlighting the important info, the brain starts amplifying the static.
You perceive everything as equally urgent.
You can no longer distinguish the signal from the noise.
5
This triggers a neural disconnect.
As the noise increases, the Prefrontal Cortex—your rational command center—essentially goes offline.
Control shifts to older, reactive centers like the periaqueductal gray.
You stop planning and start reacting blindly.
It's the biology of the freeze.
As the noise increases, the Prefrontal Cortex—your rational command center—essentially goes offline.
Control shifts to older, reactive centers like the periaqueductal gray.
You stop planning and start reacting blindly.
It's the biology of the freeze.
6
This helps explain why time seems to distort during a crisis.
Your brain cannot process the "frames" of reality fast enough.
It feels like a movie playing at double speed.
You lose the ability to act deliberately. You're stuck reacting to the past moment, not the present one.
Your brain cannot process the "frames" of reality fast enough.
It feels like a movie playing at double speed.
You lose the ability to act deliberately. You're stuck reacting to the past moment, not the present one.
7
Our natural instinct to try harder often makes the jam worse.
We tense up, and dump more chemicals into the system.
This creates a feedback loop of noise.
To process faster, you need to slow down.
We tense up, and dump more chemicals into the system.
This creates a feedback loop of noise.
To process faster, you need to slow down.
8
When you feel the freeze coming, you have to limit the data stream.
Don't try to solve the whole complex problem at once.
Focus entirely on one single variable.
Shrink the world down to something manageable. Reduce the bandwidth requirement so your brain can catch up.
Don't try to solve the whole complex problem at once.
Focus entirely on one single variable.
Shrink the world down to something manageable. Reduce the bandwidth requirement so your brain can catch up.
9
A few practical tips:
1. Pick a single visual anchor point on the horizon or the wall.
2. Use a simple two-word mantra like "smooth" or "fast" to center your thoughts.
3. Pick the immediate next action. Shrink your goal so that there's a simple path toward it.
You are artificially narrowing your world to one thing. This clears the buffer so the system can reboot.
1. Pick a single visual anchor point on the horizon or the wall.
2. Use a simple two-word mantra like "smooth" or "fast" to center your thoughts.
3. Pick the immediate next action. Shrink your goal so that there's a simple path toward it.
You are artificially narrowing your world to one thing. This clears the buffer so the system can reboot.
10
We can see this in action with someone like 44 year old quarterback Phillip Rivers.
He's not athletic...but his brain is a pro at predicting.
In turn, he doesn't panic or freeze. He has an efficient mental model that filters out the noise and latches on to the few variables that matter.
His experience keeps the neural gain under control.
He's not athletic...but his brain is a pro at predicting.
In turn, he doesn't panic or freeze. He has an efficient mental model that filters out the noise and latches on to the few variables that matter.
His experience keeps the neural gain under control.
11
Choking is rarely about a lack of desire or grit.
It is a collapse of cognitive clarity caused by biological static.
Keep your internal model simple.
Train yourself to ignore the noise.
When the game slows down, you win.
It is a collapse of cognitive clarity caused by biological static.
Keep your internal model simple.
Train yourself to ignore the noise.
When the game slows down, you win.
