Mindfulness and Habit Change
The Difficulty of Paying Attention
- Initial meditation instruction: focus on breath, redirect when mind wanders.
- Experience: difficult, exhausting, even during silent retreats.
- Reason: Humans are battling an evolutionarily conserved learning process.
Reward-Based Learning Process
- Positive and Negative Reinforcement: conserved even in basic nervous systems.
- Process:
- See food (trigger) → Brain: calories, survival.
- Eat food (behavior) → Taste good (reward).
- Brain reinforces memory of food & location.
- Repeat: trigger, behavior, reward.
Expansion of the Reward System
- Brain's adaptation: Use the reward system beyond food (e.g., emotional regulation).
- Example: Feeling bad → Eat something good (chocolate/ice cream) → Feel better.
- Teenage years: See cool kids smoking (trigger) → Start smoking (behavior) → Feel cool (reward).
- Marketing: Marlboro Man targets the desire to be cool.
- Repetition: Reinforces habits; stress triggers smoking or eating sweets.
- Consequence: Habits shift from survival to self-destructive behaviors.
- Statistics: Obesity and smoking are leading causes of preventable death.
Mindfulness as an Alternative
- Instead of fighting the brain, tap into the reward-based learning process with a twist.
- Focus on curiosity about momentary experience.
- Mindfulness Training: Study on smoking cessation.
- Traditional approach: Force quitting (high failure rate).
- Mindfulness approach: Encourage curiosity about the smoking experience.
- Instruction: "Go ahead and smoke, but be curious about what it's like."
Disenchantment Through Mindfulness
- Example: Smoker's experience: "Smells like stinky cheese and tastes like chemicals. Yuck."
- Shift: From intellectual understanding to visceral knowing.
- Result: The spell of smoking is broken; disenchantment with the behavior.
The Role of the Prefrontal Cortex and Cognitive Control
- Prefrontal Cortex: Understands the negative consequences of habits (e.g., smoking).
- Cognitive Control: Uses cognition to control behavior.
- Limitation: The prefrontal cortex is the first part of the brain to go offline when stressed (relapse to old habits).
Mindfulness and Visceral Understanding
- Disenchantment: Seeing what we get from our habits helps us understand on a deeper level.
- Outcome: Less need to force restraint from the behavior.
- Essence of Mindfulness: Clearly seeing the results of our actions and naturally letting go.
The Paradox of Mindfulness
- Involves being interested in getting close to what's actually happening in our bodies and minds.
- Willingness to turn toward our experience, rather than trying to make unpleasant cravings go away.
- Curiosity→NaturallyRewarding
- Experiencing cravings as body sensations (tightness, tension, restlessness), which come and go.
Stepping Out of Habit Loops
- Curiosity allows us to step out of our old fear-based reactive habit patterns.
- Become an inner scientist, eagerly awaiting the next data point.
- Study Result: Mindfulness training was twice as effective as gold standard therapy for quitting smoking.
Neural Networks and Mindfulness
- Brain study of experienced meditators: default mode network (self-referential processing) is key.
- Posterior Cingulate Cortex: Activated when we get caught up in craving.
- Mindfulness Effect: When we let go and become curiously aware, the same brain region quiets down.
- Mindfulness training programs (app and online based) target core mechanisms.
- Technology: Using the same technology that drives distraction to help us step out of unhealthy habits.
- Context-Dependent Memory: Deliver tools to people's fingertips in relevant contexts to tap into inherent capacity for awareness.
Practical Application
- Next time you feel the urge to check email or compulsively respond to a text message while driving:
- Be curiously aware of what's happening in your body and mind.
- Opportunity to break the habit loop.
- Instead of:
- See text message → compulsively text back → feel a little bit better.
- Try:
- Notice the urge → get curious → feel the joy of letting go → repeat.