Research Articles
The Panic Switch: How Your Brain Triggers a False Alarm
Explore the neuroscience behind panic attacks and discover how specific brain circuits trigger overwhelming false alarms of imminent danger.
The Little Brain That Could: The Cerebellum's Surprising Role in Who We Are
Discover the cerebellum's surprising role beyond motor control - from social cognition to emotional processing in this engaging neuroscience article.
The Silent Partner: How a "Broken" Ghrelin Receptor Controls Your Brain's Signals
Discover how the truncated ghrelin receptor GHS-R1b, once considered genetic debris, regulates neuronal signaling and interacts with dopamine pathways.
The Broken Coordinator: When the Brain's Conductor Falters in Schizophrenia
Exploring cognitive dysmetria and brain disconnection in schizophrenia - how broken neural circuits explain the disorder's diverse symptoms.
The Repair Revolution: How Science is Learning to Fix Our Broken Nerves
Explore groundbreaking discoveries in nerve regeneration research, from revolutionary compounds to RNA mechanisms that could transform neurological medicine.
Serotonin in Panic Disorder: The Brain's Double-Edged Sword
Exploring the paradoxical role of serotonin in panic disorder - how the same neurotransmitter can both trigger and prevent panic attacks.
Wayne Fenton's Vision: How One Man Transformed the Treatment of Schizophrenia
Explore how Dr. Wayne Fenton revolutionized schizophrenia treatment through his groundbreaking MATRICS initiative and cognitive neuroscience research.
Towards an Integrative Theory of Consciousness: Weaving the Mind's Tapestry
Exploring the latest research on consciousness through neuroscientific theories, quantum models, and the landmark 2025 adversarial collaboration experiment.
The Mind's Medicine: How a Sugar Pill Can Rewire Your Brain
Discover how placebos physically change brain chemistry and circuitry, unlocking the body's innate pharmacy through neuroscience.
Neurobiology of Psychotropic Drugs: How Chemical Molecules Rewire Our Minds
Explore the fascinating neurobiology of psychotropic drugs and how they cross the blood-brain barrier to rewire neural circuits and treat mental health conditions.