PDF The Dual Energy Concept: Answers to Questions in Quantum Mechanics, Relativity and the Universe

Beschreibung The Dual Energy Concept: Answers to Questions in Quantum Mechanics, Relativity and the Universe

The current single energy concept has run its course, the notion that atomic-energy is all there is to reality. Since the proof of dark-energy, we have struggled to discern what it is. This book states it is a non-atomic form of energy. By doing so, all the Quantum Mechanics and Relativistic equations that have defied physical explanation in the past now make simple, logical sense. Yes, Quantum Mechanics can be understood logically. All it takes is another energy form in the mix. No longer must our theories violate laws of physics. With the Dual Energy Concept, we can explain quantum behavior in a way that is easily understood. Relativity takes a familiar form, and the Cosmos, in all its grand glory, comes into sharp focus. The exciting thing about the Dual Energy Concept is that it uses the Classical Quantum Mechanics equations to do the job! Yes, Schrödinger, de Broglie, and a host of others were right. The waves they associated with their wave equations are real. They just could not explain how at the time. With the advent of dark-energy, we can.Now, things we thought we knew take on new shape, a deeper comprehension of what is real. Among the topics discussed in this book are:Quantum MechanicsWhat is a photon?How does a photon move through space?Is a photon a wave or a particle?What is the difference between a particle and a photon?Is mass a property of atomic-energy as well? What about spin? What is a quanta?Why do particles group together?How is a photon created out of nothing?How do the different classes of energy interact?So what is this location node you keep talking about?What are virtual particles?How do particles interact?What is leeching?Do matter waves really exist?Why do particles want to shed mass?Why do particles decay?How are atomic particles created out of the Medium?How does an electron jump from one place to another – without appearing between?How can an electron be everywhere at once?How are the four forces of Nature explained using the Dual Energy Concept? RelativityHow does gravity warp space-time? How does the Dual Energy Concept explain gravity? How does the Dual Energy Concept explain length dilation?Why does a photon slow down in a gravity field? What is an energy (photon) shroud? Why does mass increase as speed increases?What is time?Why does time slow down as a particle accelerates? Why does time slow down in a gravitational field? Is there a common reference plane? The UniverseWas there really a Big Bang?Why isn’t there a center to the Universe?Why is the Universe expansion accelerating?What really goes on inside a black hole?What is a dark hole?Are super massive black holes actually dark holes?Do dark holes reside at the center of galaxies?What goes on inside a dark hole?Why do planets and galaxies form around dark matter?Are there also dark suns and dark planets?Will the Universe die?

Lesen Sie das Buch The Dual Energy Concept: Answers to Questions in Quantum Mechanics, Relativity and the Universe

Physicist Greg Van Arsdale pens a thought provoking book ~ With the Dual Energy Concept, we can explain quantum behavior in a way that is easily understood. Relativity takes a familiar form, and the Cosmos, in all its grand glory, comes into sharp focus.

Physicist Greg Van Arsdale pens a thought provoking book ~ The current single energy concept has run its course, the notion that atomic-energy is all there is to reality. Since the proof of dark-energy, we have struggled to discern what.

Harmonizing General Relativity with Quantum Mechanics ~ Gravitation is the common underlying texture between General Relativity and Quantum Mechanics. We take gravitation as the link that can make possible the marriage between these two sciences. We use here the duality of Nature for gravitation: A continuous warped space, wave-like, and a discrete quantum gas, particle-like, both coexistent and producing an equilibrium state in the Universe. The .

Quantum Mechanics Made Simple: Lecture Notes ~ that light energy is quantized, he himself was not totally at ease with the development of quantum mechanicsas charted by the younger physicists. He was never comfortable with the probabilistic interpretation of quantum mechanics by Born and the Heisenberg uncertainty principle: \God doesn’t play dice," was his statement assailing the probabilistic interpreta-tion. He proposed \hidden .

Quantum Mechanics - University of Texas at Austin ~ start, in Chapter 3, by examining how many of the central ideas of quantum mechanics are a direct consequence of wave-particle duality—i.e., the concept that waves sometimes act as particles, and particles as waves. We shall then proceed to investigate the rules of quantum mechanics in a more systematic fashion in Chapter 4. Quantum mechanics is

THE MATHEMATICS OF QUANTUM MECHANICS ~ During QCSYS, you’ll learn the basic concepts behind quantum cryptography; from quantum mechanics and classical cryptography, to quantum optics, and of course, quantum cryptography. QCSYS started in 2007 with many goals and challenges in mind. Passionate about the science and research we do at IQC, we wanted to share it with future scientists, mathematicians and engineers (that would be you .

Lecture Notes on General Relativity - arXiv ~ 1 Special Relativity and Flat Spacetime We will begin with a whirlwind tour of special relativity (SR) and life in flat spacetime. The point will be both to recall what SR is all about, and to introduce tensors and related concepts that will be crucial later on, without the extra complications of curvature on top of everything else. Therefore .

The Physics of Quantum Mechanics ~ almost inevitably from the concept of a probability amplitude. We have also tried to explain how classical mechanics emerges from quantum mechanics. Classical mechanics is about movement and change, while the strong empha-sis on stationary states in traditional quantum courses makes the quantum world seem static and irreconcilably different from the world of every-day experience and intuition .

Quantum Physics I / Physics / MIT OpenCourseWare ~ This course covers the experimental basis of quantum physics. It introduces wave mechanics, Schrödinger's equation in a single dimension, and Schrödinger's equation in three dimensions.It is the first course in the undergraduate Quantum Physics sequence, followed by 8.05 Quantum Physics II and 8.06 Quantum Physics III.

How to Understand Quantum Physics: 14 Steps (with Pictures) ~ Quantum physics (also known as quantum theory or quantum mechanics) is a branch of physics providing a description of the behaviour and interaction of matter and energy on the scale of subatomic particles, photons and certain materials at very low temperature. The quantum realm is defined as being where the "action" (or sometimes the angular momentum) of the particle is within a few orders of .

Physics - Quantum mechanics / Britannica ~ Physics - Physics - Quantum mechanics: Although the various branches of physics differ in their experimental methods and theoretical approaches, certain general principles apply to all of them. The forefront of contemporary advances in physics lies in the submicroscopic regime, whether it be in atomic, nuclear, condensed-matter, plasma, or particle physics, or in quantum optics, or even in the .

Newest 'quantum-mechanics' Questions - Physics Stack Exchange ~ Quantum mechanics describes the microscopic properties of nature in a regime where classical mechanics no longer applies. It explains phenomena such as the wave-particle duality, quantization of energy and the uncertainty principle and is generally used in single body systems. Use the quantum-field-theory tag for the theory of many-body quantum-mechanical systems.

The 11 Greatest Unanswered Questions of Physics / Discover ~ These extensions lead to the famous concepts of relativity and space-time. But Einstein's theories do not pay any attention to quantum mechanics, the realm of the extremely small, because gravitational forces are negligible at small scales, and discrete packets of gravity, unlike discrete packets of energy that hold atoms together, have never been experimentally observed. Nonetheless, there .

Einstein's General Theory of Relativity ~ vi Contents 12 Universe Models with Vacuum Energy 297 12.1 Einstein’s static universe . . . . . . . . . . . . . . . . . . . . . . . 297 12.2 de Sitter’s solution .

Six Things Everyone Should Know About Quantum Physics ~ Quantum physics can be intimidating, but if you keep these six key concepts in mind, you should be able to improve your understanding of it.

time dilation / Explanation, Examples, & Twin Paradox ~ Time dilation, in the theory of special relativity, the “slowing down” of a clock as determined by an observer who is in relative motion with respect to that clock. In special relativity, an observer in inertial (i.e., nonaccelerating) motion has a well-defined means of determining which events occur simultaneously with a given event. A second inertial observer, who is in relative motion .

Introduction to quantum mechanics - Harvard University ~ Introduction to quantum mechanics David Morin, morin@physics.harvard.edu This chapter gives a brief introduction to quantum mechanics. Quantum mechanics can be thought of roughly as the study of physics on very small length scales, although there are also certain macroscopic systems it directly applies to. The descriptor \quantum" arises because in contrast with classical mechanics, certain .

Q & A: What is quantum degeneracy? / Department of Physics ~ Quantum Mechanics. Most recent answer: 06/15/2012. Q: What is quantum degenaracy?Are the energy eigenvalues of the linear harmonic oscillator degenerate? - Achouba (age 20) Imphal,Manipur,India. A: Quantum degeneracy just means that more than one quantum states have exactly the same energy. A linear (1-D) simple harmonic oscillator (e.g. a mass-on-spring in 1-D) does not have any degenerate .

What is a quantum well? - PhysLink ~ Now lets apply this concept to the world of quantum mechanics. Lets use an electron as the item trapped in a well (which is typically done). Lets look at the simplest case of electron motion: 1 dimension, or a straight line. Lets say there are atomic forces on either side of the electron pushing against it, preventing it from going past them. They have to push with a certain energy and that is .

Revolutions in Twentieth-Century Physics ~ 1.2 Mechanics 4 1.2.1 Kinematics 4 1.2.2 Dynamics 9 1.3 Forces 13 1.3.1 Newton’s law of universal gravitation 13 1.3.2 Planetary motion 15 1.3.3 Coulomb’s law 17 1.4 Conservation laws 19 1.4.1 Momentum 20 1.4.2 Work and power 21 1.4.3 Energy 23 1.4.4 Conservation of energy 25 1.4.5 Gravitational potential energy 27 1.5 Waves 30 1.5.1 .

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