In a remarkable study, a paralyzed woman used her mind to control a robotic arm. If only there were a realistic way to get this technology out of the lab and into real life.
A new automated version of one of neuroscience’s most important techniques, patch clamping, makes it much easier and faster for scientists to tap into the inner workings of brain cells.
Knowing how the brain deals with other people could lead to smarter computers.
With the invention of optogenetics and other technologies, researchers can investigate the source of emotions, memory, and consciousness for the first time.
A 1961 essay speculated on where research into the physical basis of thinking and communication might eventually lead.
Fundamental discoveries about the nature of memory could lead to new treatments for post-traumatic stress disorder, addiction, and anxiety.
The neuroscientist Antonio Damasio explains how minds emerge from emotions and feelings.
Drugs for psychiatric illnesses aren’t very effective. But new research is offering renewed hope for better medicines.
Gabriel Kreiman’s single-neuron measurements of unconscious decision-making may not topple Descartes, but they could someday point to ways we can learn to control ourselves.
Neuroscientists at MIT’s Picower Institute have demonstrated that optogenetics can be used to place false memories in the brains of lab rodents.