
ADHD Brain Types: Three Confirmed Patterns, One Diagnosis
Three confirmed ADHD brain types, the sleep and hyperarousal that ride along, and why matching treatment to your brain matters more than the DSM label.
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Explore Dr. Andrew Hill's comprehensive neuroscience insights on sleep. 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.

Three confirmed ADHD brain types, the sleep and hyperarousal that ride along, and why matching treatment to your brain matters more than the DSM label.

How daylight saving time disrupts your circadian rhythm, the real data on heart attacks and crashes, and a phase-advance protocol to adjust fast.

Up to 45% of dementia risk is modifiable. A neuroscientist breaks down the 14 risk factors, the glymphatic system, APOE4 diet, B vitamins, and lithium.

A neuroscientist ranks 7 brain aging interventions after 50 by evidence strength: exercise, fasting, neurofeedback, supplements, sleep, heat, and connection.

SMR is the 12-15 Hz sensorimotor rhythm that trains sleep, focus, and impulse control. A neuroscientist explains the gating mechanism and the evidence.

Your ADHD child's brain runs at low idle and needs high-intensity input to shift attention. Here's why yelling works, why it backfires, and what to do.

Resolutions fail because willpower fights automatic behavior. Here's how to build habits that stick using your basal ganglia, cues, and a 5-8 week protocol.

Your brain rewires on a timeline from seconds to months. Learn the mechanisms behind neuroplasticity and the evidence-based tools to direct it.

A neuroscientist's guide to accelerated learning: spaced repetition, active recall, sleep consolidation, BDNF, and the circuits that turn practice into skill.

A neuroscientist's guide to memory: how encoding, consolidation, and retrieval work, why most "memory problems" are attention problems, and what fixes them.