Search Results: Authors starting with Y from Richard Yegian

No complicated math in this book! Lots of critical thinking with a new wrinkle. The author analyzes WHY physicists like Albert Einstein and Stephen Hawking explain the universe using quantum theory. What is quantum theory? How do we perceive? How is causality flawed? How is reverse time possible? How does language processing happen? How do we understand? How does pattern recognition play a role in perception? What is reality? How does the arrow theory of time make assumptions that time flows in only one direction? How does reverse time travel happen in multidimensional spacetime? The latest explanations come from quantum physics. What is quantum physics? How did quantum physics evolve? How does quantum thinking affect our thoughts? The author bridges the disparity between quantum physics and religion by discussing snippets of logical reasoning offering insight into how both pursuits may coexist. There is no consensus on the origin of life nor the goal of life. How has quantum physics displaced but not… Read More

A preparatory conceptual framework is outlined for implementing an integrated database management system which includes critical path construction scheduling, job costing, employee and contractor supervision, maintenance operations, leasing strategies, asset management, client screening, resident retention, and risk assessment.

The convergence of ontology and time evokes two underlying elements of existence. One element grapples with a definition of the ontological status of time, temporal relations, and the nature of time. The second element reveals the temporal status (or temporality) of existing entities. Perhaps practicably, time cannot be postulated without subsuming beings, and conversely, beings cannot be postulated without subsuming time. The author uses physics to present an anecdotal analysis of these fundamental elements as a determinant of the self and one's reality.

Plane elasticity solutions for concentrated forces near a welded interface between two materials can be used for a variety of purposes, among them, the derivation of elastic fields for force doublets (dipoles) or nuclei of strain. The objective of this work is to derive and record the full elastic fields for the force doublets near an interface between two materials. The solutions are exact within the classical theory of elasticity, and are in closed form in terms of elementary functions. Explicit formulae are given for the derivation of 3-D (three dimensional) Airy stress functions expanded from 2-D, the components of stress and displacement, and the tractions on the interface (in Cartesian co-ordinates).

The author offers insight into how extended harmonic maps theory, non-linear dynamics, and autonomous oscillator systems may bind quantum theory and relativity theory into one underlying universal theory of physics. The derivations offer insight into the mechanisms of market growth and price fluctuations in derivative securities.

As the morning sun rises and raindrops embrace the glass window, the piano plays bright a melody hearkening the brisk yet delightful arrangement of rosette celandine flowers in a spring breeze. The movement catapults with an energetic impulse and then settles to a softening flow.Copyright Reg: PAu003949535 Copyright Date: 2018-11-04

The author describes how big data is used to predict market demand and uncover IoT (Internet of Things) opportunities in the apartment industry. He advocates predictive analytics using open source tools (Elasticsearch, CouchDB) for JSON-based unstructured data. He maps a framework for model scoring to validate predictive models using RapidMiner and IBM SPSS Modeler.

The author proposes an architectural framework for provisioning of Big Data services based on the Internet of Things in the apartment industry. He introduces the 5V's - volume, velocity, variety, variability, veracity. He gauges the challenges of data harmonization, context data layer mash, developer API, protocol mediation, and home security amid communications/malfunctions between IoT devices and networks.