It was only halfway through the twentieth century that autism was given a clear name and definition. Yet doctors at that time already noticed that some autistic children also had epileptic seizures. Today we know that this connection is no coincidence: autism and epilepsy have more in common than once thought.
New research shows that even so-called “aligned” AIs — trained to follow human values and avoid harmful outputs — still reflect stereotypes. Even GPT-4, one of the most advanced models, repeats the very biases it was meant to suppress.
Fictional characters intrigue us not only because of their stories, but also because they reflect deep truths about human nature. In this series, we explore the minds of iconic characters from film and television, analyzing their behavior through the lens of neuroscience and psychology. In this edition, we turn our attention to Homer from The Simpsons.
From the moment you are born, you live in one body. This body grounds your perspective: you see, hear, and feel the world from this single point of view. Yet this also means you are stuck inside it. You can never truly know what it is like to be someone else. Or can you? With a few clever tricks, your brain can be persuaded that you have stepped into another body. This is the body-swap illusion.
Split-brain surgery, intended to treat severe epilepsy, has revealed surprising insights about consciousness. Does dividing the brain divide the mind?
Microplastics from everyday containers can harm not only the environment but also the human brain by triggering inflammation and disrupting cognitive and emotional functions. While complete avoidance is difficult, switching to reusable alternatives like glass or stainless steel can help reduce exposure and protect brain health.
“Humans are social animals” is an understatement. In this blog, we dive into why humans are super-social animals and why we need to study the human brain beyond the individual and in the context of the culture that has evolved it.
In 2025, science fiction is looking more like science fact. Brain implants, once the stuff of Hollywood thrillers, are now becoming real tools used to decode thoughts and restore function in people with neurological disorders. But can they really read, or even control, our minds?
This summer, we’re kicking off a new series in collaboration with BrainHelpDesk—a platform that was relaunched
Nothing is what it seems, including our visual perception. We see through our eyes: well-cleaned panoramic windows overlooking the world outside. At least, that’s what our experience suggests. In reality, the window cleaner is only scheduled for tomorrow, the glass is terribly fogged up, and your eyes are more like raindrops that allow for occasional peeks into the outside world. Why do we not experience it as such? How come we can see so well regardless? And do we ever see the real world?
The brain that feels the weather in the room 
The Invisibility of Women’s Health in Neuroscience 
The Hidden Factors That Shape Our Sense of Fairness 
