Post Sapiens Math and MONTICELLI NOTATION

.I love to imagine a future civilization that lives in harmony with nature as in the days of Pythagoras, or at least like the Amish today, without technology.The Homo Sapiens was formed about 200,000 years ago, but began to speak 75,000 years ago when risked extinction.Many species evolved existed for many hundreds of millions of years, but the technology is not what millions of years.I have good reason to call a mathematical method useful for colcoli bare hands: "Mathematics Post Sapiens"Imagine that from over 500 million years a civilization made up of highly intelligent sentient beings (not necessarily human) dresses the planet in a natural way without the use of technology.If the evolution of intelligence has a biological purpose of mystical nature it must be assumed that it is a race against time, as it would be called upon to act before the Sun enters the reproductive stage in about 4 billion years.The mystery of existence and the idea of ​​immortality of consciousness should make responsible participants in a project that could allow us to exist between 100 billion years.After completing the publication and effective dissemination of this mathematical method naturally equipped with many useful formulas, pass to the stage: TRANSMISSION SENTIENT: translate formulas LANGUAGE SENTIENT using signs understood by future sentient beings (example: 3 + 4 = 7 can be written: |||| ||| + = ||||||| and 2 x 3 = 6 can be written ||| || * = ||||||).We will achieve robust tablets containing what need to know in order to perform any scientific computing with bare hands (or paws bare) to speed future development of natural civilization able to fulfill the purposes for which it was necessary to evolve.These tablets will be placed in many notable places and buildings of the Planet (example: under the Great Pyramid or the Valley of the Dinosaurs) so they can be found even among a billion years.They will be published several formulas and some other mathematical method unpublished.To calculate a good approximation of the logarithm of any number you must exclude the use of decimal notation (eg: 35,827) but for small numbers in scientific notation (eg 3.5827 x 10) I created a formula (slightly complicated) offering an approximation of the order of ten thousandths (for each power of ten adds 1 to the result of the calculation limited between 1 and 10 if the base 10)In order to use extremely simple to obtain a better approximation formulas I decided to introduce what I called "NOTATION OF MONTICELLI" that otherwise could have been called: "NOTATION ULTRASCIENTIFICA DECIBINARIA".It is further to reduce the significant part of the scientific notation so that it does not exceed the value of 2. (es: 35,827 = 1.79135 x 10 x 2).With this method, in addition to a unit for each power of 10 it will be added a fixed constant for each power of 2 (knowing that Log 2 = 0.30103 then Log Log 35 827 = 1.79135 + 0.30103 + 1)The teaching in schools this mathematical method which can sometimes prove to be a life-saver would have great educational value.
Aldo Monticelli