The human body is divided by segregation, dividing it into 6 parts. It consists of all limbs, both upper limbs are the hands and lower, the legs, making a part. Another group of sections is the pelvis and perineum consisting of human genitals with others. Humans have their thoraxes, which lie directly below their necks while above the abdomen. However, the most important part of human bodies is the head because of the brains that are located in them. The brain is found above the necks, it is separated into lobes. It’s split in its middle by its central gyrus, which separates it into different parts with their respective functions.
It is tagged as important due to all its functions, it controls numerous processes. For most processes to occur in human bodies, signals are sent and received from the brain. Certain actions trigger these processes by sending signals upwards, the brain processes them and returns different ones back. In cases like defecation, when you eat, your bowels get filled up which triggers defecation. Filling the bowels sends information to the brain, and the brain sends back instructions that cause release. There are different causes like these, which includes passing out urine with more intense breathing. Aside from those functions, brains are the organs that allow humans to think while processing information.
Computers are not just big desktops that people have on huge desks in their houses. They are desktops as well as other small devices around us. Just like the brain, these devices can receive data input and process them while giving them. Devices and appliances are programmed with data to perform the tasks we require. From texting to playing games, writing documents, programming games or watching videos, they deliver.
A computer has two segregations, those that we see as well as touch and those we cannot. The ones visible are tagged as hardware components while the others are software components. Hardware consists of its central processing units, keyboards, mice with other physical components. They are parts concerned with sending data or actions to computers to perform. Software deals with the inner parts of a computer, which are mostly displayed on the screen. Applications with operating systems fall under this category as they are not touchable.
People use computers for plenty of reasons due to its versatility. Students use calculators to solve complex calculations, calculators are computers. In businesses, these devices are used to keep record of transactions. Programmers need to write codes for applications like video games with other applications. Smartphones are complex forms of computers that perform almost the same functions as desktops. Chatting, sending emails, playing video games as well as making calls are things we do with them.
Scientists agree that the human brain is similar to the general structure of computers. This comparism is owing to the functions of both and using them to supplement each other. Students or people that use calculators to count could use their brains. Nevertheless, they use calculators to make solving mathematical problems easier for them. Taking all those into consideration, similarities between them are quite visible to all those interested. The major similarity between them is memory, a computer stores memory on drives as humans store in brains. The brain stores memories for as long as needed, and so does the computer.
The brain requires nerves to transmit important information to and from. All computers require wires to transmit using a steady flow of electric charge. Just like a computer, a brain requires constant power as well as energy. While a computer requires a battery or being plugged into an outlet, the brain requires energy, blood and glucose. Once all power sources are not functioning properly, both lack the ability to function.
There are a few differences between them, even though they can both be damaged. In the storage aspect, you can select what stays on a computer longer unlike a brain. A brain stores information longer due to how memorable it is to the owner, its storage is not easily controllable. While you cannot determine what stays the longest on a brain, you cannot determine what leaves. Constant effort by the person certifies total retention or deletion from the memory. Despite all these, a brain has a higher storage capacity than any computer, making it more of an extra supercomputer. You cannot ascribe a brain to a specific type but if there is anyone larger than a supercomputer, it’s a brain.