Coaching practices for How Sleep Works
Describe almost anything you are working through and IX Coach finds the practices whose real-world fit is closest. For How Sleep Works, these are the strongest matches in the current practice library.
Does this sound like the set of challenges you might be facing?
- After a rough night I go to bed early, nap in the afternoon, sleep in on the weekend to make up for it
- I keep trying the obvious fixes
- Sleep is the first thing I sacrifice
- I work or scroll right up until the moment I switch off the light and then expect my brain to drop into sleep on command
- I keep telling myself it doesn’t matter when I go to bed as long as I get my hours, but I wake up physically unrested no matter what
Practices that may help
- Build homeostatic sleep pressure by staying awake
Resist napping late or sleeping in when you want to fix your sleep — consistent waking builds the pressure that makes sleep arrive.
The Two-Process Model of Sleep - Learn the two-process model of sleep
Understanding how sleep pressure and the circadian clock interact removes the mystery from why sleep is unpredictable.
CBT for Insomnia (CBT-I), Made Practical - Treat sleep as the highest-ROI longevity investment
No single intervention produces more broad-spectrum health benefit per hour than consistent, high-quality sleep.
Healthspan vs. Lifespan: Optimizing How Well You Age, Not Just How Long - Build a wind-down buffer before bed
Spend 30–60 minutes downshifting so the brain can transition out of high arousal.
Sleep Hygiene That Actually Moves the Needle - The Two-Process Model of Sleep
Alexander Borbély’s two-process model describes sleep as the interaction of two independent systems: Process S (homeostatic sleep pressure, which builds throughout waking hours like a battery draining) and Process C (the circadian clock, which gates sleep propensity in a 24-hour rhythm). Good sleep requires both processes to align — sleep pressure high and the clock in its nighttime phase simultaneously. The model is well established in sleep science. - Why We Sleep, Translated Into Practice
Matthew Walker’s Why We Sleep argues that sleep is a non-negotiable biological process governed by two systems — sleep pressure and the circadian clock — and that protecting both REM and deep NREM sleep is central to health and cognition. The underlying science is largely sound, but the book has been credibly criticized for overstating some claims, so we flag where the popular version runs ahead of the evidence. - Value deep NREM (slow-wave) sleep
Front-load and protect deep sleep, the most physically restorative stage.
Why We Sleep, Translated Into Practice - Build a no-work buffer in the final 60 minutes
Closing work tasks at least 60 minutes before bed allows the sympathetic nervous system to downregulate before sleep is attempted.
The Wind-Down Routine: Engineering Your Path to Sleep - Build a consistent pre-sleep wind-down routine
Create a repeatable 30-60 minute pre-sleep sequence that cues the nervous system toward rest.
The Phone-Free Bedroom - Align your sleep window with the circadian gate
Go to bed when both systems are aligned: sleep pressure is high AND the clock is in its sleep phase.
The Two-Process Model of Sleep
Related concerns
- Beliefs About Sleep
Identify and revise the catastrophic beliefs about sleep that amplify arousal at bedtime.
Challenge the beliefs that make insomnia self-perpetuating
- The Two Process Model Of Sleep For My Teenager
Alexander Borbély’s two-process model describes sleep as the interaction of two independent systems: Process S (homeostatic sleep pressure, which builds throughout waking hours like a battery draining) and Process C (the circadian clock, which gates sleep propensity in a 24-hour rhythm). Good sleep requires both processes to align — sleep pressure high and the clock in its nighttime phase simultaneously. The model is well established in sleep science.
- Why We Sleep Criticism
Matthew Walker’s Why We Sleep argues that sleep is a non-negotiable biological process governed by two systems — sleep pressure and the circadian clock — and that protecting both REM and deep NREM sleep is central to health and cognition. The underlying science is largely sound, but the book has been credibly criticized for overstating some claims, so we flag where the popular version runs ahead of the evidence.
- Why We Sleep Summary
Matthew Walker’s Why We Sleep argues that sleep is a non-negotiable biological process governed by two systems — sleep pressure and the circadian clock — and that protecting both REM and deep NREM sleep is central to health and cognition. The underlying science is largely sound, but the book has been credibly criticized for overstating some claims, so we flag where the popular version runs ahead of the evidence.
- Why We Sleep Translated Into Practice As A Parent
Matthew Walker’s Why We Sleep argues that sleep is a non-negotiable biological process governed by two systems — sleep pressure and the circadian clock — and that protecting both REM and deep NREM sleep is central to health and cognition. The underlying science is largely sound, but the book has been credibly criticized for overstating some claims, so we flag where the popular version runs ahead of the evidence.
- Why We Sleep Translated Into Practice At Work
Matthew Walker’s Why We Sleep argues that sleep is a non-negotiable biological process governed by two systems — sleep pressure and the circadian clock — and that protecting both REM and deep NREM sleep is central to health and cognition. The underlying science is largely sound, but the book has been credibly criticized for overstating some claims, so we flag where the popular version runs ahead of the evidence.
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