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Gammie C: Astrophyscial Fluid Mechanics

Astrophyscial Fluid Mechanics

This book focuses on the linkages between very high energy (TeV or 1012 electron-volt) gamma-ray astronomy and the interstellar medium (ISM), and the key science questions expected to be answered. Their joint study is essential if we are to understand the nature of gamma-ray emission and hence shed light on where extreme cosmic-rays and electrons are being accelerated in our galaxy. Since TeV neutrinos are also intimately tied to the production of gamma-rays of similar energy, we would also extend our discussion to this field.

Gamma-rays And The Interstellar Medium

Advanced Series In Astrophysics And Cosmology

The current cosmological model relies on inflationary theories, which incorporate baryosynthesis, dark matter, and dark energy. Supported by precise cosmological data, it necessitates physics beyond the standard models of fundamental forces, including gravity. This connection between macroscopic gravity on large scales and quantum gravity on the smallest scales is where quantum gravity's nature becomes evident. Quantum gravity effects alter our classical understanding of gravitational phenomena as described by General Relativity, leading to observable deviations from the conventional cosmological model. The field of cosmoparticle physics explores the interplay between the micro and macro worlds, offering insights into the development of quantum gravity and its cosmological implications. In this work we hence wanted to cover all the amazing developments which have happened on the interface of quantum gravity theories and cosmology, making it a valuable resource for any researcher interested in exploring these fields in depth or starting research in them.

Quantum Gravitational Imprints On Cosmology

Comparative Planetology

Planetary Tectonism across the Solar System, Volume Two in the Comparative Planetology series, addresses key questions surrounding planetary tectonism, such our understanding of the global contraction of Mercury, the formation of giant rift zones on Saturn's icy moons, or the tesserated terrain on Venus. The book makes connections to Earth, such as how deformation on Mercury is both similar and different, and how to apply theoretical considerations behind plate tectonics on Earth to other planets. The book offers up-to-date, accessible and comprehensive discussions on the major tectonic processes and landforms that shape and drive the evolution of planets, moons and smaller bodies. By placing a singular emphasis on comparing tectonic processes and landforms on all relevant Solar System bodies, with the explicit objective of providing a systems-level understanding of this widespread phenomenon, this book is ideal for anyone studying planetary tectonism.

Planetary Tectonism across the Solar System: Volume 2

Advances in Nonlinear Dynamical Systems and Robotics (ANDC)

Fractional Modeling of Fluid Flow and Transport Phenomena focuses on mathematical and numerical aspects of fractional-order modeling in fluid flow and transport phenomena. The book covers fundamental concepts, advancements, and practical applications, including modeling developments, numerical solutions, and convergence analysis for both time and space fractional order models. Various types of flows are explored, such as single- and multi-phase flows in porous media, involving different fluid types like Newtonian, non-Newtonian, nanofluids, and ferrofluids. This book serves as a comprehensive reference on fractional-order modeling of fluid flow and transport phenomena, offering a single resource that is currently unavailable. Fractional-order modeling has gained traction in engineering and science, particularly in fluid dynamics and transport phenomena. However, its mathematical and numerical advancements have progressed relatively slowly compared to other aspects. Therefore, this book emphasizes the fractional-order modeling of fluid flow and transport phenomena to bridge this gap. Each chapter in the book delves into a specific topic closely related to the others, ensuring a cohesive and self-contained structure.

Fractional Modeling of Fluid Flow and Transport Phenomena

Multiphysics: Advances and Applications

Near-Boundary Fluid Mechanics focuses on the near-boundary region and its significance. It delves into topics like boundary shear stress, drag reduction using polymer additives, turbulence sources, secondary currents, log-law validity, sediment transport, and more. Unlike similar books, it emphasizes the importance of the near-boundary region. This book is organized into chapters covering internal flows, external flows, loose boundary flows, and density currents. It extends Prandtl's fundamental concept to internal flows, showing how potential flow theory can describe flow without a solid boundary. In addition, the book provides a theoretical analysis of boundary shear stress in three-dimensional flows and explores the turbulent structures in drag-reduction flows. A key feature is clarifying the role of wall-normal velocity in mass, moment, and energy transfer. Additionally, Archimedes' principle is covered to explain pressure drag and establishes a relationship between wake volume and hydrodynamic force.

Near-boundary Fluid Mechanics

The theory of relativity was created by Einstein in two stages, extending over a decade from 1905 to 1915. General relativity is said to be the most powerful tool that can be used to explain the behavior of the universe.

In this book, we try to comprehend the universe with a fundamental formula known as the Pythagorean theorem, used as a vehicle to review the essence of Euclidean geometry and non-Euclidean geometry, then move on to Newtonian mechanics, and review the historical development of electromagnetism, setting the stage for special relativity. Next, we describe Einstein's efforts to generalize his theory to include gravitation, which led to a geometric theory of spacetime: the gravitational field equations. The German astronomer Schwarzschild quickly solved these equations for a special case. Also presented are the numerical graphical results of the planetary orbits and light trajectories using the Python code that we created. Then the reader is taken on an excursion to the physics of the microcosm, describing how special relativity was instrumental in the development of quantum theory, and how several Japanese physicists contributed to atomic and particle physics. Finally, we end the book by introducing the work of Roger Penrose on black holes, which is closely related to Schwarzschild's solution, and the existence of intrinsic singularity at the center of black holes. In his intriguing theory of Conformal Cyclic Cosmology, our universe may be one in a never-ending birth-and-death cycle of universes.

Spacetime Geometry Of Relativity: Extending Pythagorean Theorem

This student textbook clearly explains the connections between nuclear and particle physics, giving students a comprehensive understanding of this subject area. The book is suitable for those taking courses dedicated to both particle and nuclear physics, as well as for students taking a course in either nuclear or particle physics, who need to place their studies in a broader context. The book opens with an examination of the Big Bang and the birth of nuclear and particle physics, and concludes with coverage of highly practical experiments and applications, including medical physics, environmental science, nuclear fusion and nuclear fission. Worked examples and problems are provided.

This student textbook clearly explains the connections between nuclear and particle physics, giving students a comprehensive understanding of this subject area. The book is suitable for those taking courses dedicated to both particle and nuclear physics, as well as for students taking a course in either nuclear or particle physics, who need to place their studies in a broader context. The book opens with an examination of the Big Bang and the birth of nuclear and particle physics, and concludes with coverage of highly practical experiments and applications, including medical physics, environmental science, nuclear fusion and nuclear fission. Worked examples and problems are provided.

From the Early Universe to Nuclear Energy

Nuclear and Particle Physics

This is a careful and comprehensive overview of the dark matter problem, including recent theoretical estimates, updated experimental constraints, and analysis of forthcoming experiments.

Space Time And Dark Matter: The Hidden Sectors Of Particle Physics And Cosmology

Boundary Layer Theory is a comprehensive introduction to the physics of the boundary layer, and the latest numerical methods for describing it. The increases in computing power of recent decades have expanded our capability to investigate complex fluid phenomena such as boundary layer turbulence, and research in this field has lead to important advances for aerospace, chemical, thermal, and hydraulic engineering among other areas. With worked examples and problem exercises in every chapter, this book helps readers to understand the physics of the boundary layer before going through the related numerical solutions, and moving on to the latest numerical methods as they are used in research globally. Topical research areas such as non-Newtonian fluid-boundary layers, effects of magnetohydrodynamics on boundary layers, and three dimensional boundary layer effects are all addressed, making this the ideal starting point for any fluids engineer approaching a research topic in boundary layer.

Boundary Layer Theory

"An authoritative, self-contained introduction to geometrical tensor calculus for scientists and engineersTensors are widely used in physics and engineering to describe physical properties that have multiple dimensions and magnitudes. In recent years, they have become increasingly important for data analytics and machine learning, allowing for the representation and processing of data in neural networks and the modeling of complex relationships in multidimensional spaces. This incisive book provides a geometrical understanding of tensors and their calculus from the point of view of a physicist. With a wealth of examples presented in visually engaging boxes, it takes readers through all aspects of geometrical continuum mechanics and the field and dynamic equations of Einstein, Einstein-Cartan, and metric-affine theories of general relativity. A Geometrical Introduction to Tensor Calculus gives graduate students, advanced undergraduates, and researchers a powerful and mathematically elegant tool for comprehending the behavior and applications of tensors across an array of fields.Offers a physicist's perspective on geometrical tensor calculusIncludes dozens of examples that illustrate the geometrical use of tensors in continuum mechanics and general relativityCan serve as the basis for a course in tensor calculus for physicists and engineersInvaluable as a supplementary guide for anyone studying areas of physics that rely on tensor calculus, such as electrodynamics, geophysics, fluid and continuum mechanics, and general relativity"--

A Geometrical Introduction to Tensor Calculus

Space and Planetary Advances

Exoplanet Detection Methods: Uncovering the Evolution of Planetary Systems is a comprehensive guide that delves into modern techniques for detecting exoplanets. It explores current methods while unravelling the fascinating story of planetary system evolution. Each chapter is meticulously structured to introduce detection methods, offer step-by-step instructions, analyze datasets, and present available instrumentation. This book caters to both beginners and seasoned researchers, providing them with the means to understand the characteristics and evolutionary timelines of different planetary populations. Beyond methodological insights, the book includes online proposal case studies, curated lists of resources, and further detailed step-by-step methods. This makes it an indispensable companion for those venturing into exoplanetary studies or working on planetary demographics.

Uncovering the Evolution of Planetary Systems

Exoplanet Detection Methods

Aerospace Engineering

Photonic Laser Propulsion offers a thrilling glimpse into the future of rapid mass space transportation by surveying one of the most significant breakthrough technologies to overcome the limitations of current propulsion systems based on conventional rocketry. Written by the pioneer of photonic laser propulsion (PLP), this book strives to establish a strong foundational understanding while exploring advanced theoretical concepts. Readers are guided through quantum mechanics, optical resonators, and radiation pressure that underpin this revolutionary thrust mechanism, to then be offered past experimental milestones and cutting-edge demonstrations that trace its evolution and validate its feasibility. A presentation of current application examples as well as long-term development pathways for interplanetary commutes and interstellar probes conclude the excursus, fostering curiosity and charting a course for further research exploration in this dynamic realm. Researchers both in academia and industry and a host of other technical audiences at all levels will think of this volume, which consolidates a growing body of knowledge surrounding PLP, as a key resource for their study or work to enable innovative space endeavors, including human civilization’s expansion within our solar system or interstellar exploration.

Photonic Laser Propulsion

Astrophyscial Fluid Mechanics

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