2.Equation of Human’ Longevity
Project: The objective of this stage of the research is to define the maximum average time a human being can live on earth.
Aim: Build awareness on the improvement of the quality of lives and health of human being, created to live in a finite time interval but longer than expected if the physical, spiritual, and emotional aspects of creation are well monitored.
Ltdyb + Awry = 100 + = Mlavexp ₡ [100, +∞ [
With i representing century or millennium with i= 100...1000…2000….3000….∞
Ltdyb represent the last two digit of the person year of birth.
Awry represent the age of the person with respect to the current year.
Mlavexp represent the maximum average life expectancy equal for every single person in the world with respect to any current year. For 2014 it’s equal to 114 years.
Important to know: The time has three eternal components: past-present-future. The present is the mediumistic referential plane that can allow you to go back in time (past), return to the present referential year, explore the future, and return back to the present referential. So the present year is used as the referential point. In addition, the normal life expectancy of all human beings is estimate in one century, therefore 100 years is used as the parameter to go back in time, delve the present, and explore the future with respect to the present referential year. For example going back to the fourth century in year 314 from the present year, we went back 17×100 years= 1700 years. For any person born in year 248 the Mlavexp would be 114. Coming back to 2014 any person born in 1948 would give us a Mlavexp= 114. Exploring the future base on the present year and parameter 100, we are in year 3014 for example and went in the future 10×100 years = 1000 years. With the same coefficient and parameter any person born in year 2948 would give us a Mlavexp = 114.
NB: When transitioning to millennium or century remembers we should know that the last two digits of the transitioning millennium or century represent the 100th position, so if a person is born in year 2000, the last two digit of the year of birth would be 100; born in year 2001 it would be 101; in year 100 it would be 100 and so on. Also the mathematical expression is based on current year as a main reference to go back to the past, delve into the present, and explore the future as mentioned previously. For example if any person is born in 1945, going to the past using the coefficient-parameter 19×100 = 1900 years, we have the second century of year 114 from present year, any person born in year 45 using the above equation gives us 114. In the second century year 214, any person born in 145 using the same equation would give you 114. During the first millennium year 1014, any person born in 945 using the described equation would give you 114. Now delving into the present the second millennium 2014, using 1945 and the equation we would still obtain 114. Finally exploring the future we are in the fourth millennium year 4014, the person is born in year 3945; using my equation we have
Ltdyb= 45 + Awry = 69 -> Mlavexp = 100 + = 114. In 2015 the number would also increase by 1 and using the same equation and methodology, we’ll obtain 115 and so on.
PS: I do believe that the Creator (Highest Intelligence) who creates everything monitored our existence and longevity. We as humans were given the power of choice, so at the end our quality of lives would play an immense proportion in our longevity period. In all concepts, there are always outliers, leading us to say that individuals can live longer than the Mlavexp. These individuals practice healthy diet, regular exercise regimen, stress reduction through meditations with respect and understanding of universal laws. At this point in the world, there are only eight people above the age of 114 from several develop countries. All of these individuals are females. In the sacred and divine science, the XX chromosome has a higher tendency of longevity compared to the XY chromosome. But above all, a better quality of life in addition to access to effective and affordable healthcare maximizes the chances to a longer live regardless the gender. They’re called the Outliers of Longevity.
Based on the above illustration, we can still apply the equation of longevity individually to everyone (outlier) above the Mlavexp of any current year. For example if a person is born in 1898, the
Ltdyb= 0 + Awry = 116 -> Mlavexp = 100 + Oaa = 116 with Oaa = 2 in this case representing the additional Outlying age exactly the difference between the nearest n×100 year and the year of birth (1900-1898=2). Their Ltdyb= 0 due to the fact that their Awry > Mlavexp, making them outliers from the rest of the overall world’ population with respect to longevity and time differentiation.