Dopamine and Decisions: Rethinking Addiction and Free Will
Episode Overview
Challenges myths about addiction as a disease and the effectiveness of traditional recovery methods Debunks the idea that brain chemistry supersedes choice in substance use Emphasizes the power of free will and mental autonomy in shaping individuals' choices and behaviours Explores the complexities of neuroscience and the mind, highlighting the infinite variations in thoughts, motivations, desires, emotions, interpretations, and beliefs Stresses the importance of personal empowerment and the ability to change, offering a refreshing and empowering take on addiction and recovery
Brain changes be damned. It doesn't matter what's happening in your brain unless, of course, you have wet brain and you are debilitated by damaging your brain to an extreme point. Then your ability to process conscious thought can be hampered. But still we see that those people still have motivations, still have choices. They're just going to have a harder time at processing life.
Can neuroscience really explain addiction, or is there more to the story? In this thought-provoking episode of 'The Freedom Model for Addictions', hosts Michelle Dunbar and Mark Sheeran tackle the intricate relationship between brain chemistry and addiction. They challenge the popular notion that addiction is a disease driven solely by dopamine and other brain chemicals. Instead, they argue that personal choice and free will play a far more significant role in overcoming substance use issues.
Michelle and Mark dive deep into the complexities of the mind, exploring how our thoughts, motivations, and beliefs shape our behaviors far beyond what brain chemistry alone can dictate. This episode is perfect for anyone curious about the science behind addiction and those looking for a fresh perspective that emphasizes personal empowerment and the ability to change.
If you're tired of the same old narratives around addiction, tune in for an enlightening discussion that just might change how you view recovery.