Research Articles
The Brain's Abacus: How Your Mind Counts Without Numbers
Discover how your brain uses labeled-line and summation coding in prefrontal and parietal cortex to understand quantities without counting.
The Brain's Lego Blocks: How Your Mind Builds a Symphony of Motion
Discover how your brain sequences movement primitives to create complex actions, from sipping coffee to playing sports. Explore the neuroscience behind motor control.
The Daddy Brain Switch: How Two Tiny Brain Regions Control Paternal Instincts in Mice
Discover how the medial preoptic area and ventral pallidum control paternal behavior in mice through groundbreaking neuroscience research.
Unlocking the Mouse Mind: How Custom-Built Labs Are Revolutionizing Neuroscience
Discover how custom-built operant conditioning setups combined with calcium imaging are transforming neuroscience research in freely moving mice.
The Sync Effect: How Brain Waves Harmonize to Create Dream Teams
Discover the neuroscience behind team chemistry - how inter-brain synchrony predicts collective performance and transforms teamwork.
Mouse Detective: Using Neuroscience to Tell Lab Mice Apart
Discover how behavioral neuroscience tools like mazes and open field tests reveal the distinct personalities of different mouse strains based on their genetics.
When Brains Meet AI: How Artificial Neural Networks Are Revolutionizing Neuroscience
Explore how artificial neural networks are transforming neuroscience research by connecting brain activity to behavioral changes through cutting-edge computational models.
Beyond the Lab Lamp Post: How a Goal-Driven Revolution is Transforming Neuroscience
Exploring how goal-driven neuroscience is transforming our understanding of brain function through natural behaviors and cross-species comparisons.
The Brain in Flux: Teaching Neuroscience While We Still Discover What It Is
Exploring how introductory neuroscience courses are adapting to teach a field that's rapidly evolving and being redefined by new discoveries.
The Neural Hacker's Playground: Rewiring Flies to Crack Sensory Coding Secrets
Discover how scientists genetically reprogrammed fruit fly brains to reveal fundamental principles of sensory coding, with implications for neuroscience and AI.