Summary of La percepción en nuestro cerebro 1

00:00:00 - 00:05:00

The video explains how our perception of the world is created by the brain, and how damage to the brain can impact our ability to see. It shows how the brain uses strong magnetic fields and radio waves to map an image of the brain, and how a camera that uses computer-assisted image recognition can help us see more than the average person can see.

• 00:00:00 The video illustrates how our perception of the world is formed by the brain. It explains that our senses happen "arriba" in the brain, and that our eyes are not where our vision actually takes place. All our senses happen "realmente aquí atrás" in the brain, and it is through these senses that we create our perception of the world. David Suzuki explains that the world we see around us is created by the brain, and that it is possible to learn more about how the brain works by looking at the way the world is created.
• 00:05:00 The video shows how the human brain uses strong magnetic fields and radio waves to map an image of the brain. It shows the damage to the right side of the brain caused by a disease, and how the left hemisphere has grown more towards the right to compensate for the damage. Although our eyes work normally, the brain creates the images we see, which are not simply the outputs of our eyes. The brain takes information from the right and left visual fields separately and processes it separately. We use both our eyes to see the entire image, but the damage to the brain has reduced the right visual field to half its size. A camera that uses computer-assisted image recognition simulates the form that blocks parts of a person's field of vision and responds to their movements. This miraculous machine takes us to a world that is difficult to see with just one eye. By exploring with both eyes, a person can see more than the average person can see. The brain reconstructs the difference between the right and left visual field and recognizes depth. The video shows the devastating effects of childhood fever and a brief coma related to it, and how the brain of every person works constantly to create and interpret images. These images are simply countless points of light, and only the center of