Roughly about 2000 thoughts a minute, are processed.
A personal computer process information through its processor, the "brain" of a computer.
picking up information and relaying it to the brain
The cerebellum is the second largest part of your brain. It coordinates muscle movement and controls balance. It also receives information from the spinal cord and other parts of the brain.The second largest part of the brain is the cerebellum.The cerebellum is the second largest area of the brain.
The structures, connections, and physiologyof the brain affect how you process information, as well as does your experiences and the degree and quality of their storage in, access by, and associations within your brain.Any damages and malfunctions in parts of the brain or the connections between them or with the biochemical process that relate to sensory processing and associations can affect information processing.
easier for our brain to process information related to symmetry
Your occipital lobe will affect your ability to process visual information if damaged.
Any stimulus that is picked up by the afferent receptor nerves bring information to the brain, then it is integrated and processed. So far, another avenue has not been found to directly insert information to the brain without it going through this process.
The human eye takes approximately 1/25th of a second to process an incoming image. A human can perceive 25 different images per second or perceive the same object 25 times in a second. Unfortunately, the brain cannot process information that fast. Instead, what the brain appears to do, is store information from images and add to them. Once it has an image of, for example, a bird in flight, it simply adds new information to that image in what is called a beta effect. Read more : http://www.ehow.com/facts_7712170_speed-human-eye-moving-objects.html
They don't. Although a dolphin brain is much smaller, it can process a comparable amount of information compared to a human brain.
It is so that your brain can think and process the amount of information it needs to process. Your brain wears down when you consume some of the junk foods you eat everyday.
Occipital nerve. It is the second cranial nerve.
When a person has information overload, it means that they receive so much information at one time that their brain cannot process it all.
nerves in your body transmit the info to your brain but many other systems are involved in the process. But that's the main one.
see ,use your brain! you will get it in a second!
decline is brain functions. how they normal process information and how they respond to the natural environment
After the pain message reaches the brain, it is relayed to an egg-shaped central structure called the thalamus, which transmits the information to three specialized areas within the brain.
So many events in nature are happening around you. Brain receive part of those information necessary for survival and propagation of life. So, most of the the events are not 'totally' perceived by you. Do different part of brain receives different information primarily. But then brain as a whole process the information and decision of action is taken accordingly.
You hurt yourself (or someone else hurts you) and the nerves pass the information to your brain, explaining you should be hurting, then the brain sends back pain through the nerves the the hurt area, making you feel the pain. It's a less than a second process.
Brain plasticity is the ability of the brain to learn new behaviors and process new information. Babies have the most plastic brains. Adults can stave off dementia by doing exercises to increase brain plasticity.
That is a good question! All the information that your brain receive from your sensory organs is called as sensory information. You have your nose, your eyes, your ears, your tongue and you skin to give you sensory information. Your brain finds it difficult to process the information out side this range. Very few people like Sir Issac Newton and Albert Einstein could process the information, out side this range. They became the greatest scientists of all time.