Jon Hamilton

Jon Hamilton, an NPR science correspondent and expert in epilepsy treatment, shares groundbreaking advancements in treating epilepsy. He discusses how precise lasers and robotic surgeries are revolutionizing care for millions affected by epilepsy, especially those with stubborn seizures. Patients once written off are now finding hope through these technologies, which facilitate minimally invasive procedures. Jon emphasizes the importance of consulting doctors about new surgical options, highlighting impressive success rates and improved recovery times.

Jon Hamilton, NPR Science Correspondent, dives into the promising but complex world of newly approved Alzheimer's drugs. He shares personal stories from patients navigating the challenges of the disease. One woman’s experience in a clinical trial sheds light on the emotional toll alongside potential hope. They discuss the drugs' effectiveness, risks, and how they target beta amyloid plaques. The podcast beautifully intertwines science with human experiences, reminding us of the delicate balance between medical advancements and individual journeys.

Jon Hamilton, NPR's science correspondent and neuroscience expert, dives into the intriguing world of time cells. He explains how these neurons help embed our personal memories with vivid details, challenging the notion that they solely track time. Discussing the relationship between time and place cells, he reveals their interchangeable roles in memory and navigation. With insights into how our brains manage perceptions of time using logarithmic scales, Hamilton makes us rethink our understanding of memory and time itself.

Join Jon Hamilton, NPR's science correspondent renowned for his insights into neuroscience, as he reveals the groundbreaking wiring diagram of the adult fruit fly brain. Discover the complexities of its 50 million connections across 140,000 neurons. He discusses the intriguing courtship behaviors of male fruit flies and how this research may impact our understanding of brain connectivity in humans. The conversation also touches on a virtual reality project simulating a fruit fly's brain, exploring the futuristic implications of mind-uploading and cyborg-like possibilities.

Join NPR's science correspondent Jon Hamilton as he unravels the fascinating world of prairie voles, those adorable little creatures known for their lifelong pair bonds. Discover how oxytocin, often dubbed the 'love hormone,' plays a role in these relationships, yet learn about surprising research that suggests love can flourish even without it. Hamilton shares insights into the unique social behaviors of voles, their co-parenting practices, and why studying them helps us better understand human affection and connection.

Jon Hamilton, NPR’s brain correspondent and expert in the intersection of arts and science, dives into how art therapies help heal brain disorders like PTSD and Parkinson's. He discusses the NeuroArts Blueprint, which aims to bring rigorous scientific testing to arts therapies. The transformative power of music therapy is explored through impactful personal recovery stories. Hamilton also covers how neuroaesthetics measures the influence of art on brain function and emphasizes the need for collaboration in advancing these groundbreaking initiatives.

Jon Hamilton, NPR brain correspondent, dives into the emotional lives of animals and their links to human feelings. He shares fascinating insights on how fruit flies and mice can illuminate issues like PTSD, revealing that emotions might be evolutionary rather than just learned. The discussion uncovers the complexities of assessing animal emotions, warning against anthropomorphism, and highlights brain circuits that govern both aggression and joy. It's a captivating blend of science and psychology that reshapes how we understand emotions across species.

Jon Hamilton, NPR's science correspondent focused on depression and Alzheimer's, discusses pivotal research at the Society for Neuroscience meeting. He highlights a groundbreaking study testing long-held beliefs about Alzheimer's causes. Additionally, he reveals intriguing findings on ketamine's antidepressant effects, which last longer when paired with uplifting video games. This innovative approach, along with promising anti-amyloid drug trials, points toward the evolving landscape of brain disorder treatments. Tune in for insights that could reshape mental health care!

Jon Hamilton, a seasoned neuroscience correspondent, dives into the world of ALS and the newly approved drug Relyvrio. He shares the inspiring story of two college students who turned ice bucket challenge funds into a potential lifeline for ALS patients. The discussion highlights the cautious optimism surrounding Relyvrio, reflecting on the mixed reactions from experts regarding its effectiveness. Hamilton also addresses the ethical dilemmas in drug approval processes, especially when facing a 100% fatal disease and the desperate need for treatment options.

Jon Hamilton, NPR science correspondent, dives deep into the fascinating world of artificial surfing waves in Waco, Texas. He shares insights on how cutting-edge technology creates perfect waves, attracting top surfers to the BSR Surf Resort. The conversation uncovers the physics behind wave formation and contrasts it with traditional ocean surfing. Jon also highlights the surreal atmosphere of Waco's surf culture and the rapid evolution of surfing innovation, showcasing how technology is reshaping the sport.