Send us a text Read the companion article What if saying "no" is as biologically fundamental as saying "yes"? Groundbreaking neuroscience research reveals that the female brain contains specialized "rejection neurons" in the ventromedial hypothalamus—distinct circuits dedicated to active, defensive boundary-setting that can even override hormonal signals. In this episode, we explore: • How fiber photometry lets scientists watch rejection neurons "light up like fireworks" • Why the brain...
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Send us a text Read the companion article What if saying "no" is as biologically fundamental as saying "yes"? Groundbreaking neuroscience research reveals that the female brain contains specialized "rejection neurons" in the ventromedial hypothalamus—distinct circuits dedicated to active, defensive boundary-setting that can even override hormonal signals. In this episode, we explore: • How fiber photometry lets scientists watch rejection neurons "light up like fireworks" • Why the brain...
Send us a text Please see the corresponding Substack episode We’ve been thinking about aging all wrong. Not the getting older part—that’s inevitable, written into our cells like a contract we never signed. But the part about what happens inside our heads while the calendar pages turn. We’ve accepted, with a kind of weary resignation, that our brains will slow down, that neurons will fire less reliably, that the brilliant machinery of thought will gradually dim like a bulb running out of power...
Heliox: Where Evidence Meets Empathy 🇨🇦‬
Send us a text Read the companion article What if saying "no" is as biologically fundamental as saying "yes"? Groundbreaking neuroscience research reveals that the female brain contains specialized "rejection neurons" in the ventromedial hypothalamus—distinct circuits dedicated to active, defensive boundary-setting that can even override hormonal signals. In this episode, we explore: • How fiber photometry lets scientists watch rejection neurons "light up like fireworks" • Why the brain...