All information is provided “AS-IS” and neither Micron nor the author make any representations or warranties with respect to the information provided. Micron is not responsible for any damage or harm, including data loss or system interruptions, that may occur. Upgrading your systems and components can cause damage to the system or components, including potential data loss. The opinions expressed in these articles are those of the individual authors and not Micron Technology, Inc., its subsidiaries or affiliates. A computer lacks this ability, at least for now. Humans also relate memories to one another, so your memory of New Year’s Eve will tie to all of your other New Year celebrations over the course of your life. (It was a tuna sandwich on rye, in case you were wondering.) You will undoubtedly remember numerous details about your wedding day, but you probably forgot what you had for lunch last Thursday. Humans, on the other hand, have many different types of memories and prioritize memories based on their importance. For a computer, all information is exactly the same. Where computers lag behind humans is the ability to assign qualitative rankings to information. A human, on the other hand, may get confused or forget that fact over time, particularly after a long weekend in Vegas. If a computer “knows” that the capital of Nevada is Carson City, that fact will always be accessible. Well, it depends on what kinds of information we’re talking about.įor basic facts, the answer is unequivocally no. How about accessing memory? Can a human recall information better than a computer? And a computer can process information exponentially faster than a human brain. The human brain has significantly more storage than an average computer. With over a trillion connections in an average human brain, this overlap effect creates an exponentially larger storage capacity.īased on our understanding of neurons today, which is very limited, we would estimate the brain’s storage capacity at 1 petabyte, which would be the equivalent of over a thousand 1TB SSDs. Each neuron has roughly a thousand connections to other neurons. One marked difference between the human brain and computer flash memory is the ability of neurons to combine with one another to assist with the creation and storage of memories. You might be thinking, “Wait, the computer has bytes and the brain has neurons. Many studies rely on 100 billion neurons, while a Stanford University study estimates that the brain actually has 200 billion neurons. What about the brain’s storage capacity? Well, it’s complicated.Įstimates vary on how many nerve cells, or neurons, exist in a typical brain. For the sake of argument, we’ll give the computer an average of 1TB of storage space. Creatives, gamers, and other data-heavy users will often rely on additional storage on the cloud or on a portable SSD. For day-to-day usage, most computer users will get by with 500GB of storage.
0 Comments
Leave a Reply.AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |