Tuesday, August 16, 2011

"when he hath lighted a candle" - (The Circular Constant and The Global Debts)

Tokyo Government Office Streets...



The Circular Constant and The Global Debts (la constante de circulaires; la dette du monde)

In economics, profit (or an inflation rate) is represented by a symbol pi as used for the circular constant.

Pi = Total Revenue - Total Costs

If pi is plus, no debt is incurred.


SECTION I: Circular Constant "PI"

The basic of the universe is related to a circle and a square.

The ratio of the circle and the square is pi to 4.

As founded in 1671,
pi/4 = 1 - 1/3 + 1/5 - 1/7 + 1/9 - 1/11 + 1/13 - 1/15...

(ln 2 = 1 - 1/2 + 1/3 - 1/4 + 1/5 - 1/6 + 1/7...; e^(ln 2) = 2 )

As founded in 1665,
pi/4 = (3 x 3 x 5 x 5 x 7 x 7 x 9 x 9 ...)/(2 x 4 x 4 x 6 x 6 x 8 x 8 x 10 x 10...)

These equations tell one of the most profound secrets of this universe, while pi = 3.14159 26535 89793 23846 26433...

Pi cannot be expressed with a common fraction, that is, in the form of N/M where N and M are integers. Pi cannot be an answer for X in an equation of 0 = aX + bX^2 + cX^3 + dX^4... Pi is a transcendental number.

But, it can be expressed with integers only, using above equations. It is a big mystery.

Now, my theory is that it indicates the basic principle of physics related to the universe.

According to the uncertainty principle, you cannot precisely and exactly know both a location and a kinetic momentum of a particle, such as an electron, at one time together. If you use light to check a very small particle, energy of the light would have an effect on the particle. It results in a change in the location or the kinetic momentum of the particle. Any practical measurement would fail in producing both a location and a kinetic momentum of a particle, such as an electron, at one time together.

The reason is that this physical space cannot be divided into or composed of squares; it must be divided into or composed of circles. But, you cannot divide even a surface plain perfectly into circles while you may with squares.

The gap between our expectation and reality regrading a physical phenomenon in the super-microscopic space, such as an atom, comes from the fact that space is essentially divided into or composed of circles but not squares. And, the gap can be mathematically expressed as "pi" divided by "4" as above shown.

Note that whenever a particle is localized in a finite interval dx > 0, then the standard deviation of its momentum dp satisfies:
dp x dx >= h/2
where h = 6.62606876×10^(-34) [Js: joule seconds]
h/2 is the limit on how correctly we can measure and know both the location and the momentum.
http://en.wikipedia.org/wiki/Uncertainty_principle

Yet, this value must be related to the right sides of the above "pi/4" equations:
h = A x pi/4.

The coefficient A must have some profound meaning.

Anyway, this universe is composed of circles. Hence, your computer screen looking a rectangle must be divided into a myriad of circles. But, you assume it is a perfect rectangle which can be divided into a myriad of squares. The gap between your assumption and truth can be expressed as pi/4, which looks like very big but it is in the size order of 10^(-34) that it matters. For example, an electron has the upper limit of its radius at 10^(−22) meters or 0.0000000000000000000001 meters. Even at the size of an electron, the gap between the square and the circle does not matter: everybody assumes that the space is tightly filled by squares using an instrument or device larger than this gap.

Holily, it decisively tells that the God created numbers first and then space and the material universe.

It is so, since the area of a circle is expressed with integers and integers only.



SECTION II: Total Global Debts

It is difficult to correctly estimate how much governments, public bodies, financial institutes, businesses, and individuals owe money to others.

According to the Financial Post:
Total world debt in the form of bonds...$82 trillion
Total value of world equity markets...$44 trillion
Total world net debts...minus $38 trillion

Other estimation matches roughly these figures:
Q: What is the total debt of all the countries in the world?

A: Economy of the World
Population (July 19, 2011): 6,950,015,840
GDP (PPP): US$74.00 trillion (2010 est.)
GDP (Currency): $61.96 trillion (2010 est.)
GDP/capita (PPP): $10,500
GDP/capita (Currency): $7,178
Annual growth of
per capita GDP (PPP): -0.8% (2009 est.)
People Paid Below $2 per day: ~3.25 billion (~50%)
Millionaires (US$): ~10 million i.e. ~0.15% (2009)
Billionaires (US$): 1,011 (2010) [3]
Unemployment: 30% combined unemployment and underemployment in many non-industrialized countries. Developed countries typically 4-12% unemployment.

The debt to GDP % varies 225%(Japan) to 14%(Russia), but most large economies are in the neighbourhood of 70% .... so, it is safe to asume world debt as 60% of world GDP.

so, world debt could be 40 trillion USD.


http://au.answers.yahoo.com/question/index?qid=20110805064925AAeMRxN
So, it is about $6,000 in USD per person. Every one in the world has to pay $6,000 to pay off the world's debts, though GDP/capita (Currency) is $7,178.

Note that the ratio of Japan's debt to GDP is about 200%, Japan does not borrow money from other countries. Almost all the creditors to Japan are Japanese banks, Japanese corporations, and Japanese individuals. This is a big difference between Japan and any other countries, including the U.S. and the U.K. You cannot simply apply commonsense in New York and London to Japan.

*** *** *** ***


As a circle can be accommodated in a corresponding square, total costs must be accommodated in total revenue in an enterprise.

But how much must the national budget be covered by tax revenue? The relationship between company's costs and revenue cannot simply apply to the relationship between the national budget and tax revenue.

Without leaving a binding condition, what resource should be added to tax revenue for use in national budget?

Incidentally, Infinity = 1 + 1/2 + 1/3 + 1/4 + 1/5 + 1/6 + 1/7 +...





Luk 8:16 No man, when he hath lighted a candle, covereth it with a vessel, or putteth it under a bed; but setteth it on a candlestick, that they which enter in may see the light.