Something fascinating is happening as you watch this video. You are effortlessly converting a series of sounds into meaningful thoughts. To do that, your brain has to take a sound wave–a collection of frequencies streaming into your ears–and somehow extract from it a specific message that I’m trying to convey to you right now. Just as mysteriously, you could mute this video and turn on subtitles and get the same message. As a literate person, you effortlessly take in strings of visual shapes and decode them into meaningful information. As humans, we take language for granted and it’s an indispensable part of our daily lives. We rarely stop to think about how weird it is that we spend a huge amount of our time listening to other people make sounds or staring at symbols on a page. It’s even rarer that we ask ourselves how we do any of that. In this episode, we’ll talk about all this while exploring some of the neuroscience of language.

Imagine a world without music—a world devoid of melody, rhythm, and harmony. Music is not just a form of entertainment; it's a profound element of human existence that transcends cultural boundaries and historical epochs. From the ancient flutes carved by our ancestors to the digital symphonies of today, music has been a constant companion in our journey as a species. But what makes music so extraordinary?

The answer lies within the intricate pathways of our brain. Music has a unique ability to evoke powerful emotions, bring back distant memories, and even heal our bodies. It connects the auditory regions of our brain with those responsible for movement, allowing us to dance, play instruments, and sing in harmony. This connection is so profound that even animals like songbirds and dolphins exhibit remarkable musical abilities, hinting at the deep evolutionary roots of our musicality.

Moreover, music's impact on our brains goes beyond mere enjoyment. It enhances our cognitive functions, improves our language skills, and strengthens our social bonds. Group music-making activities, from drum circles to choirs, synchronize our brain waves, fostering a sense of unity and belonging. Music therapy has shown incredible promise in treating neurological disorders like Parkinson's and Alzheimer's, offering hope and comfort where traditional medicine often falls short.

Time is a limited resource and, in some ways, it’s our only resource in life. But what is time and why does it seem to flow at the rate it does? Why is it that our subjective sense of time can change so dramatically depending on the situation and our state of mind? How does the brain measure and experience time? In this episode, we will explore these questions from a neuroscientific angle and come to some mind-boggling conclusions both about the nature of time and how our brains work.