In this book a new mathematical model is being suggested which is based on the classical mechanics. The theory is objective and predicts low scale GPS gravitational time dilation, perihelion precession disparity, gravitational light bending, artificial faster-than-light motion, up to the rotation curve for all galaxies, natural faster-than-light galactic expansion and can consequently be used to determine the ultimate scale of the Universe. In practical terms, this means: We can achieve in...

The mathematical representation of General Relativity uses a four dimensional reference frame to position an object in time and space and tells us time is a linear variable that can have both a negative and positive value. This therefore implies time becomes itself a dimension and causes the theory to open doors to ideas such as: singularity, wormhole, paradoxes, etc.You will learn from this book a new mathematical model that is being suggested wh...

In this book, a new gravitational theory is being suggested to replace general relativity. The theory is objective and predicts low-scale GPS gravitational time dilation, perihelion precession disparity, gravitational light bending, artificial faster-than-light motion, up to the rotation curve for all galaxies, natural faster-than-light universe expansion, and can even explain the black holes! In practical terms, this means the following: We can achieve infinite speed. We can also easily t...

We may have lived knowing that the world around us operates in a way as if we observe them to be. This knowledge of how the universe operates, based primarily of our observations, has enabled us to predict actions and motions and allowed us to build machines and equipments that have made our lives easier and more enjoyable. The field that allowed us to do that is classical physics. The world, however, is advancing and our knowledge of how things are expands over time. We have discovered in...

Relativity and Quantum Mechanics are the two major pillars of 20th century physics. These theories, launched within five years of one another, revolutionized our understanding of nature. They utterly dismantled the conceptual basis of Newtonian physics that had been the gold standard of science for over 200 years, and introduced radically new concepts that defy human intuition. These theories may represent the greatest upheaval in the history of science. Both Relativity and Quantum Mechan...

This book continues our exploration of the most profound theory of science, Einstein’s General Theory of Relativity. We examine more carefully the properties of spacetime, the unity of space and time. We explore the major features of curvature, how to measure it, and how to reduce its complexity to finding distances between nearby points. We find a simple expression, 2M/r, which proves remarkably helpful as we explore the Schwarzchild metric, black holes, time d...

This book is the second stage of our exploration of Quantum Mechanics in the Everyone’s Guide Series. Readers will benefit from a prior reading of Quantum Mechanics: 1 Particles & Waves. Here, we explore wave packets, the quantum description of particles. We will see how wave packets lead inexorably to the Uncertainty Principle, a hallmark of Quantum Mechanics. We examine the physical and philosophic implications of uncertainty, and whether or not “God plays with dice.” ...

All of modern astrophysics and cosmology stands on the foundation of General Relativity that is best expressed in tensors. This book, and its prequel General Relativity 3, present the clearest, most comprehensible, and most complete introduction to the tensor calculus of differential topology, which Einstein used to explain the cosmos. Derivations that are difficult to find elsewhere, are all collected here and explained in detail.     This book explores:...

This book concludes our exploration of Quantum Mechanics in the Everyone’s Guide Series. Here, we discuss the outstanding mysteries of Quantum Mechanics and the meaning of Reality. Our topics include: EPR paradox Parallel Universes / Many Worlds Bohm’s pilot waves Bell’s Inequality Tests of Locality & Realism Spacetime Quantization & the Planck scale Rovelli’s Relational Quantum Mec...

This book continues our exploration of stars. Here we discuss the spectacular ways in which stars die, creating supernovae that are some of the most violent events in our universe. We also explore the exotic remnants of these explosions: white dwarfs, neutron stars, and particularly, black holes. We examine how black holes can grow as massive as small galaxies, and how they can evaporate through Hawking radiation. We talk about what stars are, how they form, the life & death ...

This is the second book in the Everyone’s Guide Series devoted to Einstein’s Theory of Special Relativity. Readers will benefit from a prior reading of Special Relativity 1: Light, Time, & What’s Relative. Relativity and Quantum Mechanics are the two major pillars of 20th century physics, which together revolutionized our understanding of nature, utterly dismantling Newtonian physics that had been the gold standard of science for over 200 years, and introducing radically new ...

This book is the third stage of our exploration of Quantum Mechanics in the Everyone’s Guide Series. Here, we explore the heart of Quantum Mechanics: wavefunctions, the Schrödinger wave equation, superposition, and the virtual particles that spring forth thanks to the Uncertainty Principle.  We will see how these remarkable concepts apply to real particles in real high-energy physics experiments. Readers will benefit from a prior reading of Quantum Mechanics 1: Particle...