All human knowledge of the natural world can be summarized by a handful of fundamental principles or laws. The second law of thermodynamics is one of these select few. Its importance to our understanding of the natural world cannot be overstated. Both the first and second laws of thermodynamics are empirical facts. Neither requires statement in mechanical terms nor justification as to why they should be. They are the expression of countless observations, which have always found them valid. However, scientists have sought to cast these laws in the more familiar terms of mechanics. It has been believed that Boltzmann's H-theorem provides the mechanical basis for the second law of thermodynamics. "Resonance Universe Theory: A Theory of Time" shows this interpretation to be too far reaching. By reformulating the H-theorem to model a system's trajectory through a series of nonequilibrium states and then attending to the universe as a whole by developing a wave mechanics cosmology, author Dr. Steven Grisafi asserts that the second law of thermodynamics is a consequence of the expansion of the observable universe. This cosmology yields a measure for entropic time that then replaces both absolute time and space-time.
In the case of Dr. Grisafi's music album, Chromavox, musicians will recognize the symmetry inherent within his innovative and refreshing arrangements. Within this celebration of entropic time and Resonance Universe Theory are four uniquely arranged compositions employing the alto saxophone, baritone saxophone, trumpet, trombone, clarinet, and contrabass. Also included are three bonus selections: STTT, Sextus, and the sprightly piano composition Monongahela. Seeking to eliminate the redundancy of time signature and meter bar construction in the composition of music, Dr. Grisafi cast the bar meter independently of the time signature. Utilizing sound fonts for the creation of midi (musical instrument digital interface) files, then recording the music in stereo, Chromavox is sure to delight even the most seasoned and well-read musicians. Let your eyes and ears embrace the fresh new music that awaits you in Chromavox.
Investors in financial securities are desperate to find an advantage over their competition. Finance professionals often speak about market rotations. Market Dynamics makes their vague allusions a reality. The book presents a system theory approach to the dynamics of financial assets markets. Its purpose is to enable market analysts to describe the behavior of markets using reproducible mathematics that quantify the behavior as a step toward predicting future market behavior. Market behavior cannot be predicted with any degree of certainty from past performance. However, underlying all market performance is a distribution of probabilities that governs the evolution of a market in a stochastic fashion. Knowing those underlying probability distributions provides insight into future market movements and enables investors to anticipate market transients within well defined probability limits. There is a lot of fluff posing as investment advice and strategy. Market Dynamics gives no investment advice nor strategy. The book presents an analysis of market dynamics based upon kinetic theory and the properties of the peculiar velocity field. This analysis is meant for professionals and serious students of finance. It applies advanced concepts from analytical mechanics to the study of an asset market. The assets can be any entities bought and sold on a single market by the same market participants. The analysis is not meant to advance the efforts of traders and speculators to enrich themselves through market trades; but instead to identify the fundamental mechanisms operating underneath market transactions. The first chapter is the Introduction. It contains no mathematical analysis. Instead it presents a review of popular literature pertinent to the subject of modeling market dynamics. Chapter 2 begins the analysis, which progresses from one chapter to the next. It presents the state space for the probability distribution that is to be used to model the asset prices and their speeds. Chapter 3 presents the concept of the price velocity and its assumption as a solenoidal field. Chapter 4 simplifies the governing equation for the probability distribution of asset price speeds using the method of moments. Chapter 5 addresses the problem of failure of closure for the moment equations when the method of moments is applied. Chapter 6 introduces the concept of a moving price derivative that follows the motion of market prices. Chapter 7 addresses the price auction model of microeconomics and tries to include the model within the model of market dynamics. Chapter 8 addresses the concept of the rotation of price changes through different market sectors within the total market. Chapter 9 seeks to evaluate the equilibrium states within market dynamics when the price auction model is applied to it. Chapter 10 considers a simplification of the analysis that applies when there are very many assets contained within the market. Chapter 11 shows how market equilibrium is described using eigenvalues and eigenvectors. Chapter 12 considers the transients leading both to and from market equilibrium. Chapter 13 applies a nonlinear closure approximation to the method of moments for another approach to the analysis. Chapter 14 introduces the concept of a price potential function as the driving motive for asset price changes within the market. Chapter 15 more fully explores the concept of rotation of asset prices with a market. Chapter 16 explains conjugate variables in phase space and shows how to evaluate a time series in that context. Chapter 17 presents a predictor-corrector algorithm for modeling price speeds in real time. Chapter 18 concludes the book by showing how to minimize quadratic residuals for developing market indices representative of the total market performance.
All human knowledge of the natural world can be summarized by a handful of fundamental principles or laws. The second law of thermodynamics is one of these select few. Its importance to our understanding of the natural world cannot be overstated. Both the first and second laws of thermodynamics are empirical facts. Neither requires statement in mechanical terms nor justification as to why they should be. They are the expression of countless observations, which have always found them valid. However, scientists have sought to cast these laws in the more familiar terms of mechanics. It has been believed that Boltzmann's H-theorem provides the mechanical basis for the second law of thermodynamics. "Resonance Universe Theory: A Theory of Time" shows this interpretation to be too far reaching. By reformulating the H-theorem to model a system's trajectory through a series of nonequilibrium states and then attending to the universe as a whole by developing a wave mechanics cosmology, author Dr. Steven Grisafi asserts that the second law of thermodynamics is a consequence of the expansion of the observable universe. This cosmology yields a measure for entropic time that then replaces both absolute time and space-time.
All of the natural laws of the universe are stochastic. This little known fact is the premise for Price Dumbbells. The random behavior of financial markets is no different from the seemingly deterministic behavior of the natural world. The apparent deterministic behavior of physical processes is an illusion resulting from the limited precision and accuracy of measurements. Price dumbbells indicate the method whereby stochastic processes give their illusion of deterministic behavior. They present a simple, yet powerful, method for individual investors to monitor market performance with an eye towards decision making. Rather than being a hindrance, the random behavior of financial markets can be modeled and analyzed in the same manner as is implemented today in both classical and quantum mechanics. Price Dumbbells brings to finance the understanding that randomness in the world is the rule, not the exception. Here the reader can find how science and engineering conquers randomness.
Apa rahasia juara dunia lomba makan hot dog asal Jepang yang makan 50 hot dog dalam 12 menit? - Apa alasan seorang dokter asal Australia rela menelan setumpuk bakteri berbahaya? - Bagaimana bisa calon teroris terdeteksi melalui rekening bank di Inggris? - Mengapa penipu melalui e-mail sering menyatakan diri berasal dari Nigeria? - Mengapa orang dewasa justru mudah ditipu daripada anak-anak? Buku ini memaparkan pemikiran yang tidak biasa, aneh, dan jarang terpikir oleh orang kebanyakan. Disertai contoh-contoh menarik, cerita yang memikat, dan analisis yang tidak lazim, kedua penulis mendorong kita agar mampu berpikir jauh lebih rasional, lebih kreatif, dan lebih produktif. Cara baru yang revolusioner ini telah terbukti menyelesaikan berbagai masalah, baik masalah kecil ataupun global. Anda pun bisa mempraktikkannya di berbagai bidang, mulai dari bisnis, olahraga, hingga politik. [Mizan, Noura Books, Nourabooks, Motivasi, Pengembangan Diri, Remaja, Dewasa, Indonesia]
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