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Topic

neural circuits

The Science of Emotions & Relationships

Andrew Huberman

The Huberman Lab podcast explores the science of emotions, establishing them as complex phenomena rooted in specific neural circuits and developmental history rather than isolated brain regions like the limbic system. A central theme is that emotional experience arises from a dynamic balance between …

The Science of Gratitude & How to Build a Gratitude Practice

Andrew Huberman

Andrew Huberman introduces the science of gratitude, emphasizing that effective practices differ significantly from common assumptions like simply listing things one is thankful for. He highlights a study published in *Cell Reports* showing that listening to the same story causes listeners' heart ra …

Understanding & Controlling Anger & Aggression

Andrew Huberman

Understanding and controlling aggression requires distinguishing between different types, including reactive aggression driven by threat or protection of loved ones, proactive aggression involving deliberate harm, and indirect aggression manifested through shaming rather than physical violence. Dr. …

AMA #11: Improve Task Switching & Productivity and Reduce Brain Fog

Andrew Huberman

In this Ask Me Anything episode, Andrew Huberman addresses the challenges of task switching and productivity, distinguishing between cognitive flexibility—the ability to change types of mental operations—and task switching itself, which involves shifting attention between specific tasks at set inter …

How Placebo Effects Work to Change Our Biology & Psychology

Andrew Huberman

The Huberman Lab podcast explores the profound biological reality of placebo, nocebo, and belief effects, challenging the common misconception that these phenomena are merely psychological tricks or mind-over-matter feats. Host Andrew Huberman explains that while placebos involve inert substances wi …

The Science of Hunger & Medications to Combat Obesity | Dr. Zachary Knight

Andrew Huberman

Dr. Zachary Knight, a Howard Hughes Medical Institute investigator and professor at UCSF, explains that food intake regulation relies on two distinct neural systems operating on different time scales: short-term circuits in the brainstem controlling meal size over minutes to hours, and long-term cir …