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  • Entropy
    Entropy

    A photographic exploration detailing the poetry and fragility of nature amidst the tragedy of climate change Since 1998, mixed-media artist Diane Tuft has travelled the world recording the environmental factors shaping Earth’s landscape.Entropy is Tuft’s fourth monograph capturing the sublime and awe-inspiring beauty of nature as it is radically transformed under the unrelenting pressures of climate change. The exquisite collection of photographs provide a captivating glimpse into the rapidly changing landscapes of our world.Tuft focuses specifically on water as its subject, contrasting global sea-level rise with water depletion in Utah’s Great Salt Lake.Compelling essays by prominent figures in art and science contributed by Bonnie K.Baxter, Ph.D., Professor of Biology and Director of Great Salt Lake Institute at Westminster University and twentieth-century art historian Stacey Epstein, Ph.D. add depth and insight to Tuft’s work and its significance in the context of climate change.Weaving passages of haiku with her beguiling photographs, Tuft's newest monograph is packaged in a luxe-cloth-wrapped case screenprinted with her artwork Journey’s End featuring the Great Salt Lake.An extraordinary book, Entropy is a dramatic call to arms inspiring collective action for the critical preservation of nature.

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  • Entropy
    Entropy


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  • Entropy Noodle
    Entropy Noodle


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  • Entropy Measures for Data Analysis : Theory, Algorithms and Applications
    Entropy Measures for Data Analysis : Theory, Algorithms and Applications

    Entropies and entropy-like quantities play an increasing role in modern non-linear data analysis. Fields that benefit from this application range from biosignal analysis to econophysics and engineering. This issue is a collection of papers touching on different aspects of entropy measures in data analysis, as well as theoretical and computational analyses.The relevant topics include the difficulty to achieve adequate application of entropy measures and the acceptable parameter choices for those entropy measures, entropy-based coupling, and similarity analysis, along with the utilization of entropy measures as features in automatic learning and classification. Various real data applications are given.

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  • What is entropy?

    Entropy is a measure of the disorder or randomness in a system. In thermodynamics, it is a measure of the amount of energy in a system that is not available to do work. Entropy tends to increase in isolated systems over time, leading to a state of maximum disorder or equilibrium. It is a fundamental concept in physics and is used to describe the direction of natural processes.

  • What is entropy increase?

    Entropy increase refers to the tendency of systems to move towards a state of disorder or randomness. In thermodynamics, it is a measure of the amount of energy in a system that is not available to do work. As systems evolve over time, they tend to increase in entropy, leading to a more disordered state. This concept is described by the second law of thermodynamics, which states that the total entropy of an isolated system will always increase over time.

  • What is entropy 5?

    Entropy 5 is a measure of disorder or randomness in a system. It is a concept in thermodynamics that quantifies the amount of energy in a system that is not available to do work. Entropy 5 tends to increase in isolated systems over time, leading to a state of maximum disorder or equilibrium. It is a key factor in understanding the direction of natural processes and the concept of irreversibility.

  • Can someone explain entropy simply?

    Entropy can be explained simply as a measure of disorder or randomness in a system. In other words, it is a measure of the amount of energy in a system that is not available to do work. As entropy increases, the system becomes more disordered and the energy becomes more spread out and less useful. This concept is often used in the context of thermodynamics to describe the direction in which a system naturally tends to evolve.

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  • Statistical Foundations Of Entropy, The
    Statistical Foundations Of Entropy, The

    This book presents an innovative unified approach to the statistical foundations of entropy and the fundamentals of equilibrium statistical mechanics.These intimately related subjects are often developed in a fragmented historical manner which obscures the essential simplicity of their logical structure.In contrast, this book critically reassesses and systematically reorganizes the basic concepts into a simpler sequential framework which reveals more clearly their logical relationships.The inherent indistinguishability of identical particles is emphasized, and the resulting unification of classical and quantum statistics is discussed in detail.The discussion is focused entirely on fundamental concepts, so applications are omitted.The book is written at the advanced undergraduate or beginning graduate level, and will be useful as a concise supplement to conventional books and courses in statistical mechanics, thermal physics, and thermodynamics.It is also suitable for self-study by those seeking a deeper and more detailed analysis of the fundamentals.

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  • Unstable Nature : Order, Entropy, Becoming
    Unstable Nature : Order, Entropy, Becoming

    Unstable Nature is a popular science book offering a journey through the concept of instability in modern science with a focus on physics.Conceived for the curious reader wishing to go deeper in the fascinating and not yet popularised world of instabilities, it provides an immersion into paradoxical and unexpected phenomena - some of which hides in plain sight in our daily lives.The book is written without technical jargon, and new concepts and terminology needed for the narrative are introduced gradually based on examples taken from accessible everyday life.The chapters are connected through a path that starts from exploring instabilities at the planetary scale and then passes through a description of unstable dynamics in macroscopic settings such as in human mechanical artifacts, fluid waves, animal skin, vegetation structures, and chemical reactions, finally reaching the sub atomic scale and the biological processes of human thought.Before concluding with some general philosophical remarks, a modern landscape about the possibility of seeing instabilities not only as a detrimental effect but as resources to be harnessed for technology is explored.The book is enriched by a variety of professional anecdotes stemming from the direct research experience of the author.It features numerous connections of scientific concepts presented with other branches of the human experience and knowledge including philosophy, engineering, history of science, biology, chemistry, mathematics and computer science, poetry, and meditation. Key Features:Presents an exciting introduction to the topic, which is accessible to those without a scientific backgroundExplores milestone discoveries in the history of the concept of instability in physicsContains anecdotes of key figures from the field, including James C.Maxwell, Alan Turing, Vladimir Zakharov, Edward Lorenz, Enrico Fermi, and Mary Tsingou

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  • Energy and Entropy : A Dynamic Duo
    Energy and Entropy : A Dynamic Duo

    Energy is typically regarded as understandable, despite its multiple forms of storage and transfer.Entropy, however, is an enigma, in part because of the common view that it represents disorder.That view is flawed and hides entropy’s connection with energy.In fact, macroscopic matter stores internal energy, and that matter’s entropy is determined by how the energy is stored.Energy and entropy are intimately linked. Energy and Entropy: A Dynamic Duo illuminates connections between energy and entropy for students, teachers, and researchers.Conceptual understanding is emphasised where possible through examples, analogies, figures, and key points. Features: Qualitative demonstration that entropy is linked to spatial and temporal energy spreading, with equilibrium corresponding to the most equitable distribution of energy, which corresponds to maximum entropy Analysis of energy and entropy of matter and photons, with examples ranging from rubber bands, cryogenic cooling, and incandescent lamps to Hawking radiation of black holes Unique coverage of numerical entropy, the 3rd law of thermodynamics, entropic force, dimensionless entropy, free energy, and fluctuations, from Maxwell's demon to Brownian ratchets, plus attempts to violate the second law of thermodynamics

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  • Fundamentals of Multicomponent High-Entropy Materials
    Fundamentals of Multicomponent High-Entropy Materials

    Human development has been a continuing attempt to use new materials in ever more sophisticated ways to enhance the quality of human life.Throughout history, we have made materials with a main component based on the principal property required, with small alloying additions to provide secondary properties. But recently, there has been a revolution as we have discovered how to make much more complex mixtures, providing completely new materials, requiring entirely new scientific theories, and massively extending our ability to make useful products.These new materials are called multicomponent or high-entropy materials.This is the first textbook on the fundamentals of these new multicomponent high-entropy materials.It includes contextual chapters on the history and future potential for developing humankind as driven by the discovery of new materials, and core chapters on methods for discovering and manufacturing multicomponent high-entropy materials, their underlying thermodynamic and atomic and electronic structures, their physical, mechanical and chemical properties, and their potential applications.This book concentrates on the main new concepts and theories that have been developed.It is written by the scientist who first discovered multicomponent high-entropy materials, and covers how to make them as well as their structures, properties and potential applications, providing an overview and a summary of the state of play for researchers as well as for students and newcomers entering the field.

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  • Which room has more entropy?

    The room with more entropy would be the messy room. Entropy is a measure of disorder or randomness in a system, and a messy room has more disorder compared to a tidy room. In a messy room, items are scattered and disorganized, leading to a higher level of entropy. The tidy room, on the other hand, has items neatly arranged and organized, resulting in lower entropy.

  • What is entropy in thermodynamics?

    Entropy in thermodynamics is a measure of the amount of disorder or randomness in a system. It is a fundamental concept that describes the tendency of a system to move towards a state of greater disorder. In simple terms, it can be thought of as a measure of the amount of energy in a system that is not available to do work. Entropy tends to increase in isolated systems over time, leading to the second law of thermodynamics, which states that the total entropy of an isolated system can never decrease.

  • What happens when entropy ends?

    Entropy is a fundamental aspect of the universe that measures the disorder or randomness of a system. It is believed that entropy will continue to increase until it reaches its maximum value, resulting in a state known as the "heat death" of the universe. In this scenario, all energy will be evenly distributed, and no more work will be possible, effectively bringing an end to all processes and life as we know it. This would mark the ultimate state of equilibrium and the cessation of all physical processes.

  • What is entropy in chemistry?

    Entropy in chemistry is a measure of the randomness or disorder of a system. It is a thermodynamic quantity that describes the number of ways in which a system can be arranged or the amount of energy that is unavailable to do work. Entropy tends to increase in a closed system over time, leading to a more disordered state. It is often associated with the concept of spontaneity, with processes that increase entropy being favored.

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