Uncertainty, Probability, Parameters, Market Economics Using Quantum Approaches


The complexity of modern day economics invokes the uncertainty principle because it becomes profoundly clear that using mathematics or the game theory may hardly take in consideration multiple variances, changing data, probabilities. The probabilities of multiple ever changing economic realities could be only adjusted by using parameters, as it is done in quantum mechanics, to adjust or at least prevent extreme variances by applying pressures on certain relevant points.

Until to date the tight budgetary leach has been used to prevent from excesses, redundancies or at least such approach was suppose to work. In the pro supply economy if the tight leach budgetary releases certain expansion to prevent inflation it might be considered the only comprehensive way possible for its time. Then with the new global economy complexities arriving with the development of high technologies, productivity, globalization the game theories have flourished becoming relevant in such progressively perplexing realities. In Market Economics such perplexity goes beyond the possibility for even game theories to apprehend thus changing realities, possibilities, pressures. In practice the aggregating inequality, personal and national debt, declining middle class, and with the exception of China: expanding poverty, insecurity – pressures of exogenous forces of super productivity achieved by the Transnational Corporations in farming, manufacturing, banking, services through better management, technologies, moving, outsourcing the China’s Industrialization, the Internet that have tipped off the ‘old’ supply driven economies into demand, balance driven such. The 2007-9 Recession put the final nail in the coffin of the supply economics by accelerating the processes globally toward recalibration of assets, redundancies, the inadequate consumption, demand in a highly vigorous supply possibilities marketplace.

21st Centuryinability of the orthodox economics to apprehend the globalized, high productivity possibilities could be put in the following grading from China that uses a best ‘as it comes; as it goes’ economics showing best results running for the last 2017 quarter 6.9 GDP growth down to the European Union’s under 1.5%. However, the results elsewhere are limited by the budgetary/debt driven orthodox supply driven economics that limits economic possibilities for vivid development. The low security of the trickle-down Capitalism, Socio Capitalism used at the moment comes from the main targets of easing business by overwriting labor, consumer, social protections to provide tempting for the investors, companies conditions to invest, do business, have better return on investment; the entire system, philosophy relies on such shady-business approaches that seeming had worked well for the developed economies like the US, Japan, Germany to succeed their high living standards, middle class, relative prosperity in the 20th Century. But this kind of prosperity is all but gone, the globalization, technologies, the non existing labor markets have taken over shrinking employment, small business and only allowing the really big business and investors to prosper – inequality, debt, unemployment, lost generations, reduction of social services, pensions, crumbling infrastructure that’s how the Orthodox Economics performs in the 21st Century, and therefore the new, Market Economics is needed to capitalize on the achievements from the 20th Century along with the new market developments in the 21st Century. Thus what was good for the 20th Century is quickly becoming abomination in the 21st Century that need enhancements, changes to apprehend the new market forces.

However, the question remains: how to avoid redundancies, inflation, economic upheaval if the leach of firm budgetary economics is not there?

If the Game Theories cannot solve the dilemma because of the high Uncertainty in modern day markets than only the Quantum Computing and the principles used in Quantum Mechanics to find the best adjustments in a particular situation will: both new sciences are brand new staff, never experienced; thus the principle used in modern science of adding up on past experience may not apply under these new circumstances! Lets say the Nash Equilibrium could be applied on individual Market Sectors development but not as a Game Theory, instead the multi Quantum Balance/Equilibrium may be reached by using the relations between Market Tools (Quantitative Easing, SDR, Subsidies, Low Rate Lending, Social Expenses Infrastructural Expenses Market Leaps, Targeted Projects, Markets, Regions Parts Equilibrium Monetary, Fiscal, Regulatory interference by Central Banks, International Finance Institutions) + Market Development + Inflation / Deflation + Market Competition (Equity, Assets, ROI) + Market Forces – a function between many relative Data to be mixed in a pad of relativity to the overall possibilities; the Market Tools are used as Parameters that either accelerate or slow down Market Development (entropy to equity or their ways around).

Uncertainty Principle and Sectoral Nash Equilibriums may apply for balancing factors to succeed equilibriums, the Market Tools are practically used as PARAMETERS to get accelerations, slow downs, carry-ons in limits not boosting Inflation / Deflation and thus undercutting Market Development.

The Probability goes through the Invested / Subsidized Capital to the Market Tools that are flexibly applied in sinhron with the a market’s specifics, to J Constant that combines the statuary Market Agents and must be reached %% Macro-level Factors relating the succeeded adaptability under the circumstances to the subtracted Inflation / Deflation effect that must be kept in limits (-0.5 to +5) when both direction Inflation or Deflation are taken in number/fraction the – or + irrelevant;

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ε,ε1xε,ε1p = Θ x [ζ(ζ x ΙΔ)]

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μ1 = [μ + (ε,ε1xε,ε1p)] = Θ x [ζ[A(y1y7)|P (1) +B(x1, x2, x3, x4, x5, x6, x7, x8, xn)|P (1n) x ΙΔ |P(-050.5)]

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(μ1) – it is seasoned Market Development after the gained Entropy, Equity;

ε,ε1Equity, Entropy (x p) added by the Θ amount invested through – Market Leap, Targeted Project, Carry-on Capital Infusion) multiplied by the ζ – J Constant then subtracted by the multiplied ΙΔ – Inflation or Deflation. (see: Example)

ζ J Constant is the sum of 2 probabilities; the Market Agents and the Market Tools.

A Market Agents implementation A(y1y7) considered probability to 1

B Market Tools probability p(1n] utilize the B

(x1, x2, x3, x4, x5, x6, x7, x8, xn) Market Tools’ probability effect on the Real Market that is most complicated probability that needs Quantum Approach possible by using Quantum Computers – Market Tools are used as probabilities in conditions of implemented Market Agents meaning in high Market Security business environment that allows lower interest lending and high transmissionability of the invested capital.

ΙΔInflation or Deflation acceptable variance p(-050.5)

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Example:

14 = (Θ)10 X c[(ζ)2 [(μα)1(Ω)(μτ)(1] X (Ι/Δ)0,3/0.3 = 0.6] 2 – 0.6 = 1.4 x 10 = 14

14 = 10 x [2 x 0.3] = 0.6 (2 – 0.6) = 1.4 x 10 = 14

ε,ε1(Equity, Entropy) gain 14 thus M^ = 114-10 Liabilities;

if the invested capital comes from QE, SDR it must be subsidized to lift the EE will reach 121 whereas ‘seasoned’ EE may bring it down (seasoned E,E – Equity, Entropy = M^ – Market Development

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The Quantum Probabilities are:

Market Agents [A(y1y7) ]complete implementation that will keep in (0….1) variance;

Market Tools [B(x1, x2, x3, x4, x5, x6, x7, x8, xn) ] that will add to the J Constant to accelerate, multiply the Market leaps, Targeted Projects, Carry-ons;

The J Constant ζ up to n%;

Targeted Low Inflation / Deflation Ι/Δ[(0.5….0….0.5)] that will not undercut Market Development – these factors are specific for individual markets, too;

Market Leaps / Targeted Projects / Carry-ons Θ that will be enough in value (at least 10% of the current M’s GDP) to ensure full employment and consistent Market Development;

These variances are targeted by the Market Tools indiscriminately; but also these are in relations to each other that must be taken in consideration and therefore only Quantum Computing can take so diverse variances into possibilities. Fundamental is the retaining of Inflation / Deflation where the Market Actions are tagged to it. The Partial / Sectoral Market Equilibriums are reached to make up the General Equilibrium; so, the Uncertainty and numbers of Possibilities are becoming even higher.

Μ– Market Development requires seasoned E,E – Equity, Entropy

Θ– Market Leap, Targeted Project, continuous Market Development

A(y1y7) Market Agents:

Strict Rule of Law in Business,

Unlimited Corporate Liability for the Management

Enhanced Protection Laws in;

Insurance,

Bonding,

Earth Environment,

Consumer,

Labor

B(x1, x2, x3, x4, x5, x6, x7, x8, xn) – Market Tools to accelerated Entropy/Equity

Quantitative Easing, SDRs;

Subsidies;

Low Rate Lending;

Social Expenses (incl Educational, Pensions, Medicare, Social Security, Unemployment Benefits, etc.);

Infrastructural Expenses;

Markets, Regions Parts Equilibrium Monetary Policies;

Fiscal Policies;

Sectoral Regulatory interference by Central Banks, International Finance Institutions).

n. Others

ζ J Constant (0……n) where MS (Market Security) with implemented A (Market Agents) brings ζ to (1) in relation whereas the (1 – n) relate the adapted, adjusted Market Tools toward the Macro-level Market thus the efficiency fraction.

Ι/Δ – Inflation/Deflation

The Principle of self adjusting Micro-level Markets and artificially adjusted using Market Tools as Parameters on Macro-level Markets on Parts / Sectors Equilibriums’ approach.

The most perplexing, hard to adjust, Probability in the above relativities is the B

(x1, x2, x3, x4, x5, x6, x7, x8, xn) Market Tools: Parameters’ mitigating effect on individual Parts/Sectors acceleration or slow down but also the relation among these parameters themselves; so, when a parameter is added or subtracted to certain value it affects the overall Market Development on a Sectoral and General Equilibrium as well other parameters in the occasion; when having in consideration the UNCERTAINTY PRINCIPLE and the MULTIPLE POSSIBILITIES and apprehensive overview requires QUANTUM COMPUTING capability to do such multi-functional, multi-operational, multi-informational estimation.

The ζJ Constant (0…1n) is consequential to the implementation in complete of the Market Agents that would give (0…1) ; the (1 to n) is a effect coming up from the proficiency of B(x1, x2, x3, x4, x5, x6, x7, x8, xn) in the execution of a Market Leap or Targeted Project that reflect the specificity of Individual Markets: (example: let’s take a market that is socialized so the more private business inclination will have better effect on the ζ performance, or the way around: if the market is too privatized that reflects lack of employment: then the adding some social distribution would be more effective). The targets are high business activities to keep full employment using indiscriminately the Market Tools in an ‘as it comes; as it goes’ approach. Even there are countless variations in putting pressure on different Data Indicators: the positive, accelerating business are some that can be considered boosting business activities, employment to the required levels, thus the probabilities are limited and the % of impact vary but is yet limited in varieties: from these possible varieties are extracted the most vigorous for a particular market under its circumstances, development.

Joshua Ioji Konov 2017
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About Joshua Ioji Konov
email joshua.konov@gmail.com twitter joshuak2077

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