Mahipal Singh Sankhla – författare

Artificial Intelligence in Forensic Science addresses the current and emerging opportunities being utilized to apply modern Artificial Intelligence (AI) technologies to current forensic and investigation practices. The book also showcases the increasing benefits of AI where and when it can be applied to various techniques and forensic disciplines. The increasing rate of sophisticated crimes has increased the opportunity and need for the forensic field to explore a variety of emerging technologies to counter criminals—and AI is no exception. There are many current investigative challenges that, with ingenuity and application, can be helped with the application of AI, especially in the digital forensic and cyber-crime arena. The book also explains many practical studies that have been carried out to test AI technologies in crime detection, uncovering evidence, and identifying perpetrators. In the last decade, the use of AI has become common in many fields and now is an ideal time to look at the various ways AI can be integrated into judicial, forensic, and criminal cases to better collect and analyze evidence, thereby improving outcomes.

Artificial Intelligence in Forensic Science addresses the current and emerging opportunities being utilized to apply modern Artificial Intelligence (AI) technologies to current forensic and investigation practices. The book also showcases the increasing benefits of AI where and when it can be applied to various techniques and forensic disciplines. The increasing rate of sophisticated crimes has increased the opportunity and need for the forensic field to explore a variety of emerging technologies to counter criminals—and AI is no exception. There are many current investigative challenges that, with ingenuity and application, can be helped with the application of AI, especially in the digital forensic and cyber-crime arena. The book also explains many practical studies that have been carried out to test AI technologies in crime detection, uncovering evidence, and identifying perpetrators. In the last decade, the use of AI has become common in many fields and now is an ideal time to look at the various ways AI can be integrated into judicial, forensic, and criminal cases to better collect and analyze evidence, thereby improving outcomes.

Bioremediation of Environmental Toxicants: Toxicants, Sources, Mechanism, Impact on Human Health, and Bioremediation Approaches provides insight into the nature of environmental toxicants, the impact on human health, and their bioremediation approaches, viz. nanotechnology, microorganism, and phytoremediation. Various environmental toxicants such as pesticides, heavy metals, plastic and microplastic waste, dyes used in industries, colorants, corrosive agents, and biomedical waste show different levels of mechanism of toxicity, possessing a significant threat to human health as well as the stability of ecosystems. To decontaminate the environment from these toxic compounds a low-cost effective technique is required. Bioremediation is a sustainable approach by which hazardous pollutants are converted into less harmful or non-toxic compounds using effective techniques to detoxify contaminated soil and water. In recent years, research has steadily concentrated on the various bioremediation approaches, viz. nanoparticle, microorganism, and phytoremediation.KEY FEATURESShowcases contributions from high-profile experts in the fieldHighlights the current state and importance of environmental bioremediationProvides detailed knowledge about the mechanism, toxicity, and action of environmental toxicantsFurnishes a deep understanding of environment–human interaction and the after effectsOutlines the state-of-the-art bioremediation technologies, viz. nanotechnology, microbial- and plant-based mitigation of environmental toxicants

Arsenic has been said to be one of the world’s most toxic elements, infiltrating the food chain and finding its way into foods. Studies have recently detected high levels of arsenic in rice, which is a major concern since rice is a staple food for a large part of the world’s population. This new volume addresses this problem, covering arsenic contamination in rice and offering effective mitigation strategies.

The toolkit of nanomaterials covered in this new book, which ranges from magnetic nanoparticles to quantum dots, offers up new possibilities for the preservation and visualization of latent prints and turns forensic science into an area where the unseen is made strikingly visible. This volume acts as a thorough guide through experimental procedures, theoretical underpinnings, and practical uses of nanoparticle-based fingerprinting. Additionally, it examines the potential challenges, future directions, and ethical considerations associated with the adoption of nanoparticle-based fingerprinting methods.The volume investigates fingerprinting techniques that involve titanium dioxide nanoparticles, fluorescent nanoparticles, gold and silver nanoparticles, green synthesis of nanoparticles, iron oxide nanoparticles, carbon dots (CDs) and cadmium selenide (CdSe) nanoparticles, and more.The multidisciplinary approach taken by this book fosters a comprehensive knowledge of this cutting-edge topic by reflecting the joint work of specialists from chemistry, forensic science, and nanoscience. Contributions from leading experts in the fields of nanotechnology and forensic science enrich this volume with diverse perspectives and practical insights.Whether you are a seasoned forensic professional, a researcher in materials science, or a student exploring the intersections of nanotechnology and criminalistics, this book aims to serve as a definitive resource on the transformative role of nanoparticles in advancing fingerprint analysis.

This book is an exploration of paramount significance, delving into the fundamental principles, methodologies, and cutting-edge techniques that underpin the discipline of environmental forensics.

The book presents emerging techniques for the development of latent fingerprint on various surfaces using nanotechnology. It explores the use of nanoparticles for the development of fingerprints. Various topics covered in this book include chemistry of nanomaterials for finger printing, quantum dots in fingerprinting, florescent nanoparticles in fingerprinting, nanocomposite and hybrid materials for fingerprints, carbon-based nanomaterial, silver and gold nanoparticles development of fingerprint, zinc oxide nanoparticles, silica nanoparticles for development of fingerprints, etc. Given the contents, the book will be highly useful for the students, researchers and professionals working in the areas of forensic science and nanotechnology.