Research Articles
Rewiring Fear: How Brain Science Is Revolutionizing Exposure Therapy
Discover how neuroscience is transforming exposure therapy for anxiety and depression through brain rewiring mechanisms like memory reconsolidation and extinction learning.
The Invisible Window: How a Hat-Sized Device Reveals the Brain's Secrets in Awake, Moving Rats
Breakthrough miniaturized head-mounted photoacoustic imaging system allows real-time observation of brain activity in awake, freely moving rats.
The Molecular Microscope: How Tiny Genes Are Rewriting Our Understanding of Behavior
Exploring how molecular biology is revolutionizing behavioral neuroscience through CRISPR, single-cell omics, and AI-powered behavior analysis.
The Silent Saboteur: Unlocking the Neuroscience Behind Choking Under Pressure
Exploring the neuroscience behind why we choke under pressure, from brain mechanisms to evidence-based solutions.
The Invisible Battle: How Your Brain Wires Itself for Success or Self-Sabotage
Discover the neuroscience behind behavior change and how your brain's wiring affects goal achievement and habit formation.
The Actor's Paradox: How Becoming Someone Else Reveals the Neuroscience of Us
Exploring how theater neuroscience reveals the brain's mechanisms of self-identity and interpersonal coordination through wearable fNIRS technology
The Brain's Traffic Controllers: How Frontostriatal Circuits Shape Your Decisions
Exploring the neuroscience of cognitive control and how frontostriatal circuits regulate decision-making, with insights from recent macaque experiments.
Beyond the Lab Coat: How Real-World Social Cognition Is Rewiring Neuroscience
Exploring how naturalistic social cognition research is revolutionizing neuroscience by moving from artificial lab tasks to real-world human interactions.
The Brain's Chaotic Cartographers: How Controlled Chaos Creates Your Mental World
Exploring how the brain uses controlled chaos through aperiodic neurodynamics to create cognitive maps for navigation and mental modeling.
Time Warp in Your Brain: The Neuroscience Behind the Filled-Duration Illusion
Exploring how the brain perceives time differently with filled vs empty intervals through EEG research and neuroscience theories.