The Unified Cycle Theory

We are an integral part of this giant universe. As energies are released in space, they create measurable impacts on galaxies and solar systems as well as on our small planet. Cycles upon cycles of energy impact our lives, and although we may not be able to see them, they do affect us. They cause us to react in ways that, for millennia, influenced the course of our history, economics, and even our psychology.When author Steve Puetz worked as a market analyst, he became interested in cyclic analysis and began a search for a plausible explanation of cyclic behavior in the markets. As the database grew and his research progressed, he began to see that all cycles-whether financial, sociological, gravitational, geomagnetic, or geophysical-had a correlation, and from this realization evolved the Unified Cycle Theory.The Unified Cycle Theory not only organizes, unifies, explains, and clarifies the many cycles already discovered by a variety of scientists, researchers, and analysts, but is one that also predicts important turning points in mankinds social and economic future. Most surprisingly of all, it has uncovered a set of cycles that come from a mysterious source.

Unified Theory (UT) replaces Relativity, Quantum, Quark-lepton, Higgs, Supersymmetry, Electroweak, String & Big Bang theories. Light-wave propagates in all-composing, all-pervading sharmon medium as a kinetic gas. Sharmon comprises +ve positrino & -ve negatrino. UT has two elements (positrino, negatrino), two charges (mass, electric) & two forces (gravitational, electromagnetic). Mainstream has over 200 particles but none is ‘element’. Cosmino mass is innate,Higgs nonexistent. UT explains bending of light due to gravity, constancy & invariance to source-observer motion of light velocity c, variability of c invalidating Relativity, also wave-quantum unity of light. UT rejects 'length contraction', 'time dilation', uncertainty principle. No fermion or neutron is neutral. In UT’s Non-expanding Universe redshift is caused by non-Doppler depletion of photon energy. This book will revise textbooks of Physics,Cosmology at all levels and may be translated into other languages.

These simple statements hold huge implications about how the universe must operate if it was truly infinite rather than finite, as is commonly thought. In one sense, this book, Universal Cycle Theory, may seem radical because it postulates that the universe operates in ways that are dramatically different from what we are taught. Yet, this new theory is conventional in the sense that it closely conforms to virtually all existing laws, equations, and observations. There are only two elements that make the Universal Cycle Theory radical cycles and infinity. Other than that, much of what you read in this book will seem familiar and conventional. Cycles are crucial because they are reflections of how matter behaves in an infinite universe: as vortices and waves. A vortex forms when matter rotates, producing circular cycles. A wave forms when colliding matter compresses and decompresses, producing linear cycles. Infinity is crucial because it explains the extent and structure of the universe. We assume that matter is infinitely divisible in the microscopic direction and infinitely integrable in the macroscopic direction. We assume that time was infinite in the past and will be infinite in the future. This concept of infinity is unique, having never been employed in a model of the universe before. It resolves many of the paradoxes and contradictions currently riddling physics and cosmology.

This book presents four different ways of theoretical and practical advances and applications of data mining in different promising areas like Industrialist, Biological, and Social. Twenty six chapters cover different special topics with proposed novel ideas. Each chapter gives an overview of the subjects and some of the chapters have cases with offered data mining solutions. We hope that this book will be a useful aid in showing a right way for the students, researchers and practitioners in their studies.

Elements of a Nonlinear Theory of Economic Dynamics provides both a framework and a survey of its needs. First, principle results and techniques of the theory relevant to applications in dynamic economics are discussed, then their application in view of older endogenous cycle theories are considered in a unified mathematical framework. Models incorporating the government budget constraint and the Goodwin model are analysed using the method of averaging and the centre manifold theory. The dynamic instability problem is solved by placing models in a nonlinear framework.

Please note: This is a companion version & not the original book. Sample Book Insights: #1 The most obvious unconventional approach is when an eccentric plants a flag on an offshore platform or disputed patch of dirt and declares themselves king of nothing. If the issue with elections is that too many people care about them, the issue with these so-called micronations is that too few people care. #2 We should proceed cloud first, land last. Rather than starting with the physical territory, we start with the digital community. We create a startup society, organize it into a network union, and crowdfund the physical nodes of a network archipelago. #3 The seventh method, network states, straddles the boundary between practicality and impracticality. It uses the most robust existing tech stack to route around political roadblocks, without waiting for future physical innovation. #4 A new country is defined as a political entity that has been established through its own efforts and is recognized by other countries as a legitimate polity capable of self-determination. cryptocurrency fits this definition. It was initially ignored, then mocked, but within five years it had attained a billion-dollar market capitalization and was listed on CNBC and Bloomberg.

This book aims to start a debate on the relationship between economic theory – and more precisely business cycle theory – and economic policy, emphasising the diversity of views on economic policy which characterised older periods, in contrast to the homogeneity of the analysis and diagnosis provided by current business cycles developments. Since the 1970s, economic theorists excluding any economic policy interventions and favouring strictly supply-side economic policies have gained a growing influence. The development of Equilibrium Business Cycles theories coincides with the collapse, at least in academic circles, of the Keynesian consensus favouring stabilization policies. The alternative approach which emerged was based on an a priori hypothesis about the stability of the economy – or at least on its remarkable ability to stabilize itself. The direct consequence of this approach is that any stabilization objective for economic policy is not only misguided but also inefficient. There are many reasons why Keynesian policies ceased to be dominant in theoretical circles, but the most helpful circumstances for the rapid propagation of a new revolutionary theory is certainly the existence of an established orthodoxy, clearly inconsistent with the most salient facts of reality. This book offers a sample of different theoretical approaches to business cycles, examining their respective views on economic policy with the objective of understanding business cycles that have been lost, and identifying those views which explain fluctuations and the way we conceive economic policy. This book was originally published as a special issue of The European Journal of the History of Economic Thought.

A critical examination of The prevailing orthodoxy according to which all macroeconomic theory should be reducible to microeconomics. The book provides a mathematical extension of the Lucas theory to allow for the effects of creation of knowledge upon economic development so as to improve the prediction of business cycle data.