What if machines could help us understand how babies learn to speak? A recent study from Meta AI and neuroscientists at Rothschild Foundation Hospital taps directly into children’s brains to answer that, and the findings are both stunning and heartwarming.
Chatbots may not have bodies, but they act through ours. As we prompt, respond, and adapt, they become part of our cognitive loop; just slower, but no less real. Maybe the real question isn’t if they’re intelligent, but if we’ve started thinking with them.
In recent years, many cool techniques have been developed for brain research and for the treatment of all kinds of psychological and neurological disorders — such as focused ultrasound, deep brain stimulation, or laminar fMRI. Another brand-new method is neurofeedback, where you receive direct feedback about your brain activity and can thus create immediate connections between the inside and outside of your skull. This offers a new way to gain direction and control in your brain.
Many young people between 16 and 25 years suffer from psychological symptoms such as anxiety or sadness. Research shows that mindfulness training can have positive effects in adults with mental disorders such as depression, but the effect in youth remains understudied. In this article, we discuss whether mindfulness could possibly help young people become more resilient to mental illness.
It is time to rethink our approach to mental health treatment. As depression rates rise
In previous blogs, we explored several types of MRI: structural imaging, diffusion imaging, magnetic resonance spectroscopy, and functional MRI (fMRI). This post focuses on a unique and powerful type of fMRI: resting-state fMRI.
Brain Computer Interfaces are technologies that open up new realms of possibilities in medicine and beyond, but ethical guidelines and legislation have not yet caught up with the rapid developments in this field. What can this technology do? And what does the future hold for it?
In today’s digital era, smartphones and social media are woven into the fabric of teenage life, offering unique routes for connection and self-expression. However, research presents a varied picture of their influence on adolescent mental health, emphasising the necessity for a balanced and informed approach.
Fictional characters intrigue us not only because of their stories, but also because they reflect deep truths about human nature. In this series, we dive into the minds of iconic characters from movies and series and analyze their behavior through the lens of cognitive neuroscience and psychology. In this blog, it’s Gollum from Lord of the Rings.
If you pause to consider all the things you do in a single day, you seldom realise how much understanding of physics it requires—even more so when we do not pause. Yet you wouldn’t get quite far with pouring coffee into your mug, interlacing a chain lock through your bike, or using a zebra crossing without some understanding of the natural laws that govern the world. How does your brain understand the physical world so well, but its formulas so poorly?