Earworms

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Explore Dr. Andrew Hill's comprehensive neuroscience insights on earworms. This collection spans articles, podcast conversations, and live neurofeedback sessions, covering the latest research, clinical applications, and practical strategies.

From 25+ years of clinical neuroscience and 25,000+ brain maps, Dr. Hill brings evidence-based approaches to brain optimization, combining rigorous research with accessible explanations designed for intelligent, curious readers seeking to understand and optimize their brains.

Livestreams on Earworms

Live Q&A sessions from Neurofeedback & Chill where Dr. Hill demonstrates protocols, answers viewer questions, and explores earworms applications in real-time with QEEG examples and brain training discussions.

Latest Sessions

🧠 Tinnitus, Misophonia, & Earworms.. Where is that sound coming from??
Livestream

🧠 Tinnitus, Misophonia, & Earworms.. Where is that sound coming from??

👉 Book a free consult call: https://calendly.com/drhill1 Where is that sound coming from?? Tinnitus, Misophonia, & Earworms In this episode, we explore how the brain creates (and sometimes traps) sounds that aren’t really “there.” We’ll look at how QEEG reveals auditory and non-auditory cortical patterns linked to these phenomena, what they have in common, and how neurofeedback can help quiet the noise. ⸻ 🎥 What’s inside this video: • QEEG patterns behind tinnitus, earworms, and sound sensitivity • Why auditory cortex isn’t the only culprit — limbic and default mode network areas may matter too • How stress and attention loops feed phantom sounds • What differentiates earworms (musical replay) from tinnitus (tone) and misophonia (aversive response) • How neurofeedback targets the brain’s “gain” control on these featuers ⸻ 🧠 Key Takeaways: • “Phantom” sounds often reflect overactive prediction and sensory integration networks, not ear damage. • Misophonia and tinnitus share emotional-cortical hypercoupling patterns — the brain’s alarm system reacts to sound. • QEEG-guided neurofeedback can calm hyperreactivity in temporal and limbic circuits. • Auditory relief often emerges when the whole sensory regulation system improves. ⸻ 💬 Questions to consider: • Do certain sounds feel unbearable or stick in your head? • Have you noticed tinnitus change with stress or fatigue? • What’s helped you “turn down” internal noise — mindfulness, sleep, or sound therapy? Share your experience in the comments — I may feature it in a future episode on sensory integration and emotional regulation. ⸻ 📅 Live 6 PM Pacific Mondays Subscribe and hit the bell 🔔 for weekly science-backed brain updates. ⸻ 🧠 RESOURCES 👉 Book a free consult: https://calendly.com/drhill1 👉 $250 off QEEG Brain Mapping: https://peakbraininstitute.com/special/ ⸻ Relevant Topics: tinnitus, misophonia, earworms, neurofeedback, QEEG, auditory cortex, limbic system, brain training, brain mapping, plasticity, sound sensitivity, auditory hallucinations, emotional regulation, sensory processing Tags: #Neurofeedback #Tinnitus #QEEG #BrainTraining #Neuroplasticity #PeakBrain #Misophonia #Earworms #BrainOptimization