Bentham Science Publishers

Scientific Natural Philosophy explains the nature and content of scientific natural philosophy, particularly qualitative modeling, and updates scientific methodology by providing details of the mathematics involved. The book presents a total view of our universe, from the fractal superstring to its destiny as black holes back in to dark matter, and to the timeless and boundless ‘Universe’ where our universe is a local super, super galaxy. It stresses the various levels of complementarity between qualitative and quantitative modeling where the former solves and answers questions the latter could not and duality between quantum and macro gravity. It highlights new information from the Grand Unification Theory (GUT) missing in previous philosophical works such as the indestructible generalized nested fractal superstring, brain waves as common medium of the brain and gene for their functions. Moreover, it points to a new technological epoch brought about by the GUT based on utilization of dark matter towards elevating the quality of life. This comprehensive book provides an exciting perspective on this fascinating field to the reader. explains the nature and content of scientific natural philosophy, particularly qualitative modeling, and updates scientific methodology by providing details of the mathematics involved. The book presents a total view of our universe, from the fractal superstring to its destiny as black holes back in to dark matter, and to the timeless and boundless ‘Universe’ where our universe is a local super, super galaxy. It stresses the various levels of complementarity between qualitative and quantitative modeling where the former solves and answers questions the latter could not and duality between quantum and macro gravity. It highlights new information from the Grand Unification Theory (GUT) missing in previous philosophical works such as the indestructible generalized nested fractal superstring, brain waves as common medium of the brain and gene for their functions. Moreover, it points to a new technological epoch brought about by the GUT based on utilization of dark matter towards elevating the quality of life. This comprehensive book provides an exciting perspective on this fascinating field to the reader. explains the nature and content of scientific natural philosophy, particularly qualitative modeling, and updates scientific methodology by providing details of the mathematics involved. The book presents a total view of our universe, from the fractal superstring to its destiny as black holes back in to dark matter, and to the timeless and boundless ‘Universe’ where our universe is a local super, super galaxy. It stresses the various levels of complementarity between qualitative and quantitative modeling where the former solves and answers questions the latter could not and duality between quantum and macro gravity. It highlights new information from the Grand Unification Theory (GUT) missing in previous philosophical works such as the indestructible generalized nested fractal superstring, brain waves as common medium of the brain and gene for their functions. Moreover, it points to a new technological epoch brought about by the GUT based on utilization of dark matter towards elevating the quality of life. This comprehensive book provides an exciting perspective on this fascinating field to the reader.

Securing Healthcare: Leveraging Blockchain for Data Integrity in Healthcare Services comprehensively examines how blockchain technology and smart contracts are reshaping data governance, privacy, and compliance across healthcare systems. Addressing rising concerns around data breaches, regulatory demands, and interoperability challenges, the book explores blockchain's potential to safeguard electronic health records, streamline billing processes, and enhance patient consent mechanisms.

Chapters span topics such as medical credential verification, HIPAA compliance, insurance claims, pharmaceutical supply chains, and the role of startups in driving innovation. Emphasis is placed on the integration of smart contracts to automate regulatory compliance and reinforce data integrity within decentralized health ecosystems.

Key features:

Examines use cases in patient data sharing and consent management

Explores smart contract integration for regulatory compliance

Analyzes blockchain's role in healthcare billing and credentialing

Highlights innovations transforming pharmaceutical transparency

Discusses future trends and implementation challenges .

Semiconductor Nanoscale Devices: Materials and Design Challenges provides a comprehensive exploration of nanoscale technologies and semiconductor device design, focusing on innovative materials and advanced applications. It bridges classical and quantum concepts, offering insights into foundational materials, device architectures, and future technologies like biosensors, 6G communication, and photovoltaics. The book is organized into three sections: foundational concepts, methodologies and advancements, and next-generation applications. It emphasizes practical design, analytical modeling, and optimization for real-world applications, making it a valuable resource for professionals and researchers.

Key Features:

- Comprehensive coverage of nanoscale semiconductor device design challenges and innovations.

- Focus on advanced materials and methodologies for cutting-edge technologies.

- Practical insights into measurement techniques and device optimization.

- In-depth exploration of emerging applications like 6G, biosensors, and photovoltaics.

The removal of contaminants and pollutants from natural or valuable materials is a critical issue in environmental management and conservation. Fundamentally, the procedure consists of measures employed to separate what is good (recyclable materials, soil and sediments) from what is bad (non recyclable materials, contaminants).

A perspective of current technologies developed for mineral processing is of great assistance for finding appropriate solutions for different environmental situations. The liberation and separation processes adopted to recover valuable minerals from a gangue are, in principle, the same processes that can be applied to waste materials for recovering useful materials and to soil and sediments to reduce contamination.

Separating Pro-Environment Technologies for Waste Treatment, Soil and Sediments Remediation investigates how technologies for separation, that take origin form mineral processing, have improved and evolved when applied to waste treatment and soil and sediment remediation.

Serial Killers Around the World: The Global Dimensions of Serial Murder compiles serial murder case studies from several countries - from Australia to Great Britain, and from Japan to Pakistan. The author has covered accounts on a wide array of serial killers including some well known felons namely Jack the Ripper, The Butcher of Mons, Martin & Marie Dumollard, as well as some of the lesser known serial slayers such as Daisy DeMelker, Yoshio Kodaira, Javed Iqbal and many more. The book highlights six dimensions of each case: the killer(s), the serial murders, other crimes, communication, the investigation and trial and punishment of the accused.

Readers, both general and aspiring criminologists alike, will find Serial Killers Around the World an interesting resource for critical information on serial murders committed in nations around the world.

This monograph focuses on the actions exerted by sex hormones, 17β-estradiol and testosterone, in skeletal muscle tissue. An important consideration of this volume is the fact that both estrogen receptors (ERs) and androgen receptors (ARs) are ubiquitously expressed and, as a result, steroid hormones affect growth and different cell functions in several organs. Moreover, ERs and ARs may have a non-classical pattern of intracellular localizations, raising complexity to the functional roles of estradiol and testosterone.

Readers will find key information about the role of sex hormones in mitochondrial physiology and their relation with ageing, apoptosis, and sarcopenia. Chapters integrate important points with the latest information on the subject, including work of leading researchers studying the cellular and molecular mechanisms underlying the age-linked changes in muscle tissue while highlighting the role of satellite cells.

Furthermore, the book presents a chapter about phytoestrogens (compounds which are structurally very similar to estrogen 17β-estradiol) and their selective action on sex steroid receptors (specifically, they have a higher affinity for ERβ receptors than ERα receptors).

The book is recommended reading for scientists and clinicians involved in the field of medical and health sciences as well as for scholarly readers (students of biochemistry and medicine) who are interested in the molecular mechanism of cellular apoptosis regulated by steroid hormones.

Silicon Based Thin Film Solar Cells explains concepts related to technologies for silicon (Si) based photovoltaic applications. Topics in this book focus on 'new concept' solar cells. These kinds of cells can make photovoltaic power production an economically viable option in comparison to the bulk crystalline semiconductor technology industry. A transition from bulk crystalline Si solar cells toward thin-film technologies reduces usage of active material and introduces new concepts based on nanotechnologies. Despite its importance, the scientific development and understanding of new solar cells is not very advanced, and educational resources for specialized engineers and scientists are required. This textbook presents the fundamental scientific aspects of Si thin films growth technology, together with a clear understanding of the properties of the material and how this is employed in new generation photovoltaic solar cells. The textbook is a valuable resource for graduate students working on their theses, young researchers and all people approaching problems and fundamental aspects of advanced photovoltaic conversion.

In life, we often face unavoidable complexities in terms of our ability to understand or influence outcomes. Some questions which arise due to these complexities are: Why can’t the future be made certain? Why do the some people or events always end up at the center of controversy? Why do only a select few get ahead of their peers? Each question pertains to three central elements of complexities and these elements are: uncertainty, inequality and unfairness.

Simplifying Complexity explains the scientific study of complex cognitive networks, as well as the methods scientists use to parse difficult problems into manageable pieces. Readers are introduced to scientific methodology and thought processes, followed by a discourse on perspectives on the three elements of complexity through concepts such as normal and non-normal statistics, scaling and complexity management.

Simplifying Complexity combines basic cognitive science and scientific philosophy for both advanced students (in the fields of sociology, cognitive science, complex networks and change management) and for general readers looking for a more scientific guide to understanding and managing the nature of change in a complex world.

Skeletal Muscle Health in Metabolic Diseases explores the vital role of skeletal muscle in regulating energy metabolism and its interactions with other organs, such as the liver and brain, in the context of metabolic diseases like obesity, diabetes, and fatty liver disease. This comprehensive guide covers how metabolic disorders impact muscle glucose metabolism, liver function, and brain health, alongside the effects of nutrition and exercise on carbohydrate metabolism. Readers will gain insights into the mechanisms underlying muscle atrophy, oxidative stress, and cellular damage caused by these conditions.

Key Features:

- In-depth analysis of skeletal muscle’s role in whole-body metabolism and metabolic disease.

- Exploration of metabolic dysfunction in relation to liver and brain health.

- Insight into the impact of diet and physical activity on muscle and carbohydrate metabolism.

- Examination of muscle atrophy and cellular changes in metabolic disorders.