Just like ChatGPT and other generative language models train on human texts to create grammatically correct sentences, a new modeling method trains on recordings of birds to create accurate birdsongs.

A novel brain circuit that drives craving for sweets after meals, explaining why we always have room for dessert. Blocking it ...

Researchers at Brown University and Cincinnati Children’s found that suppressing opsin 3 in the brain of mice makes them eat ...

New research has revealed that birds, reptiles, and mammals have developed complex brain circuits independently, despite sharing a common ancestor. These findings challenge the traditional view of ...

Researchers have discovered a new type of neuron that plays a fundamental role in recognition memory. It means how the brain registers the difference between new and familiar objects and forms ...

Our neuro-nerd community unites individuals through shared experiences, fostering collaboration and growth in neuroscience ...

Understanding why we always have room for dessert could lead to new treatments for obesity, researchers have revealed.

A new study published in Brain, Behavior, and Immunity has found that inflammation in a key memory center of the brain can change motivated behavior in mice, and these changes occur differently in ...

Scientists found that evolution led bird and mammal brains to evolve separately, using different genetic instructions.

Most neuroscience research carried out up to date has primarily focused on neurons, the most renowned type of cell in the ...

Nerve cells called pro-opiomelanocortin (POMC) neurons were found to be responsible for post-feeding sugar consumption.

Explore the science behind why we always have room for dessert, even after a full meal, and the brain's sugar cravings.