If you’ve ever said, “I just don’t have the discipline,” or wondered why it feels so hard to follow through on your intentions—this episode will help you understand what’s really going on in your brain.

Molly takes a science-forward look at dopamine, the neurotransmitter that drives motivation, pleasure, and effort. With insights from Dr. Andrew Huberman and Dr. Anna Lembke (Dopamine Nation), she shares why alcohol’s unnatural impact on dopamine matters and how to support your brain’s reward system as you change your drinking habits.

This episode doesn’t prescribe one-size-fits-all advice. Instead, it offers useful frameworks, practical tools, and a compassionate perspective on how to manage dopamine to support motivation and self-discipline—without relying on willpower alone.

In this episode, you’ll learn:

• Why dopamine isn’t just about pleasure—it’s the foundation of motivation and effort
• How alcohol hijacks the dopamine system and rewires your brain’s reward pathways
• Six key strategies to stabilize dopamine and strengthen self-discipline, including:
  • Avoiding the layering of high-dopamine activities
  • Delaying rewards to build intrinsic motivation
  • Starting your day without artificial dopamine spikes
  • Using movement and gratitude to raise baseline dopamine
• Why Molly didn’t start with a 30-day break—and why gradual change still works
• How to think critically about neuroscience trends online while staying curious about your own brain
• The importance of working with your brain rather than against it

Resources and Links:

• Listen to the episode with Dr. Anna Lembke: Dopamine Nation
• Go back to Think Thursday: Understanding Dopamine
• Learn more about Making Peace with Alcohol, the 12-month group coaching experience
• Get started with a free trial of Sunnyside www.sunnyside.co/molly

Stay Connected:

Have questions or want support applying what you heard today?
Reach out to Molly directly at molly@mollywatts.com

You don’t need more willpower. You need the right tools—and a way to work with your brain.