But it does not immediately hurt those who forgot. If what is forgotten is someone’s birthday, for example, then the consequence could be disastrous. On a historical proportion, forgetfulness allows repetitions of detrimental events while memorable ones are repeatedly forced back into memory from holidays, anniversaries, regular celebrations, classrooms exercises, or repeated incantations and chanting.
In the sciences, by remembering, progressive knowledge is gained, preventing making same mistakes or reinventing the wheels. The accumulations are honestly and properly recorded: in books, DVDs, and many different types of devices. Such that what are stored now in the brain are less of knowledge content but more of knowledge indicators. These are pointers directing to the shortest and quickest path of retrieving any of a vast reservoir of knowledge resources. Nevertheless, the most efficient storage method uses binary numbers, base two’s arithmetic. Logically, these are represented by a ‘yes’ or a ‘no’ or traditionally, 1 and 0. However, a better indicator would be to replace the zero by negative unity, -1. Using +1 and -1 allows the reality of dynamic memories. One of many advantages of dynamic memory is design flexibility. Dynamic data structures make timeless dimensional allocations possible by rubber-sizing and stretching storage capacity to the maximum. In the event when an existing storage reaches its limit, the right thing to do is simply to add another instead of uploading into new bigger ones and then destroying the old ones, analogous to the humanly impossible of adding another brain. This modular design allows the brain to keep track of knowledge pointers such that the maximum necessary for comprehending the entire universe and the TOE is more or less than 2 bytes, 2 times 2, or 512; 256 positive and 256 negative pointers. The equal absolute sum of + and – would be a null vector or a state of complete ignorance. In electricity, it is the same as zero potential difference or zero voltage. For many people, 26 of these positive pointers represent the English alphabet plus ten more for representing base ten or decimal number system leaving 226 more for other purposes.


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