Virtually EVERYTHING in This World Includes Special DATA IMPRINTS

 The following report is just a basic see of the Data Imprint research. It skips mathematics and science and centers on the fundamental notion of recognizing and amending Nature's data.

Discovering Data Imprints

The easiest way to begin a debate about Data Imprints is to stop for a minute all that we do and look around. One of the first intuitive realizations at that moment could be that THINGS EXIST, they're there. This may appear clear, yet soon we should come to observe unobvoius it is. In the suggest time let us title what we saw as THINGS.

Today, how is it possible to make a record of all the THINGS we saw? Definitely it's possible. Probably the record could be limited by just what a human naked-eye can see, but with the addition of physical and chemical lab instruments and having some more hours, that record would develop hugely and include information of molecular and atomic elements constituting the seen objects. An enormous record indeed.

Here comes another question: Does nature save yourself that information somewhere? Or quite simply, does nature have memory that can encompass all that data, not merely of what we saw, but of EVERYTHING?

Let us think the next: THINGS exist and thus the information about them ought to exists as well. Philosophically this may sound pretty much proper, but additionally there are factual clues that help that prediction and probably most physicists wouldn't fight against; These clues would be the'legislation of science '. The record we prepared through that STADT ALS POSTER - MIT ÜBERGANG short time of looking around, not only involves an supply of what we saw or discovered, but it addittionally involves the using laws of science that support those THINGS. Number physicist would claim that the laws of science are not section of Character, thus regardless of how we use it, almost these laws are section of Nature's data. Therefore, for the time being, let us proceed and contemplate the chance that Nature's information is saved somehow. Based on the above, there must be a way to accessibility and access that information, usually all this will stay as merely a wonderful idea.

First we may want to consider the coin under the lamp. Probably Nature's information is not too various in primary from the way in which we manage our information, either written down or in electric form. We realize that information is always displayed by symbols. The most common icons used to symbolize information are needless to say number of numbers and people [letters] and their combinations. In the electric world (computers) information is displayed just by numeric combinations. If Nature's information can be displayed by numeric combinations we may want to consider them. The question is wherever? The solution scientists came up with is that we must try to find Nature's information in RANDOM NUMBERS.

What're arbitrary numbers? Without finding also heavy in to math, arbitrary numbers come in a string in ways that it could be impossible to foresee new prices by evaluating the present ones. This is simply not a complete classification of arbitrary numbers, however it will do for now.