The associate works of nature are with human brain engineering, which has storage capacity higher than the most advanced electronic computers. Through no simple feat, the human brain’s capacity is as if it has 2. 5 petabytes. To visualize this to you, 1 PB or a petabyte refers to 1k TB which is just the same as 1,000,000 GB. The storage of a memory inventory, information deposit, and experience collection made possible by the colossal capacity of the brain is an extraordinary phenomenon.
Another definite feature that helps the brain to be a better storage center is that it is very efficient in encoding and retrieving memories. Rather than like a computer, data in the brain transmits via a neural network by means of a complex network of neurons and synapses. In the human brain, there exists an astonishing number of 86 billion neurons interlinked through synapses with every neuron potentially being connected to thousands of others. This loosely formed web can simultaniously perform almost unlimited parallel processing. Actually, this network performs the function of a highly complex database. Thereby, it makes possible storage and recall of information extremely fast.
Given that the human brain works at a different level than electronic computers, the trend of AI becoming more human-like is likely to continue. Computers are assemblages of hardware controlled by special computer programs to execute complex computations and manage data quickly and accurately. They have the ability to execute most complicated instructions at a very high accuracy by way of completing billions of tasks every second. While, in contrast to that, they are not able to be ritualized and flexible in the manner the human brain is. In contrast to sentient beings, computerized machines follow computer instructions, thus they are limited to precise programming. On the other hand, the brain automatically adapts and changes throughout experience, and it reconfigurates itself on the occasion of new information.
Additionally, the brain’s capacity to take contextual and emotional information leads to its single-mindedness not to mention its speciality. It does not simply store information, it grasps and integrates it and, in this process, may enable writers to make decisions and think swiftly and creatively. This may be illustrated through the fact that a computer can be used to make automated decisions based on large amounts of data but brain can also synthesize this data from the past experiences, emotions, and intuition, making it more comprehensive in judgments.
Battery-powered devices are infamous for the poor quality of videos streamed and also for their long charging times. However, the quantity of power consumed by the brain is only 20 watts, which is approximately equal to the huge as a dim ideal light bulb. In contrast, supercomputers don’t even look close to the human brain in terms of the consuming power they need to conduct tasks that, though amazing, cannot compare to the abilities of the brain in some of its areas of expertise such as the pattern recognition, language processing, and emotional intelligence.
In brief, digital computers can do more work per unit time, more accurate calculations, and process a large amount of information than the human brain. However, the human brain can contain a larger amount of information, adapt to new situations, and save energy by using only it is required. Its ability to come up with day-head synthesis and contextualization of information and emotional is what make it a remarkably powerful organ; it could therefore be argued to have the upper hand over the artificial intelligence. With the developments of the technologies, the explanation of the underlying principles and function may be an important step in the development of more advanced computer systems which are more sophisticated and complex under the current circumstances.