Scientific research is undergoing a profound transformation
driven by rapid technological advances, interdisciplinary integration, and an
urgent global need for sustainable and innovative solutions. The edited volume
Emerging Horizons in Scientific Research is conceived against this dynamic
backdrop, with the aim of presenting contemporary developments across diverse
yet interconnected domains of science. This book brings together ten
thoughtfully curated chapters authored by experts, offering a panoramic view of
how fundamental science and applied research are jointly shaping the future.
The opening chapters lay a strong foundation by highlighting
the pivotal role of core scientific disciplines in modern innovation. Chapter 1
explores the role of biotechnology in advancing medical diagnostics and
therapeutics, emphasizing cutting-edge tools that are redefining healthcare
outcomes. Chapter 2 traces the contribution of chemistry to scientific
innovations from past milestones to present achievements and future prospects,
underscoring its central role as the “central science” linking multiple
disciplines. Advances in materials science and nanotechnology are addressed in
Chapters 3 and 5. Chapter 3 focuses on bio-nanocomposites, covering their
synthesis, characterization, and multifunctional applications in areas ranging
from biomedicine to environmental remediation. Chapter 5 provides a
comprehensive review of computational approaches in nanomaterials, with
particular emphasis on Density Functional Theory (DFT) and Machine Learning
applications that are accelerating materials discovery and design. Energy
sustainability and environmental stewardship form another major theme of this
volume. Chapter 4 presents analytical and mathematical approaches for modeling
and optimizing solar wind renewable energy systems, offering insights into
efficient energy harvesting and system optimization. Chapter 6 discusses
transformative approaches in green chemistry aimed at minimizing environmental
impact while maximizing efficiency and innovation. Complementing this, Chapter
7 addresses water quality, focusing on strategies to transform pollution into
purity and ensure both human health and environmental sustainability. Frontiers
of fundamental science and advanced synthesis are explored in the concluding
chapters. Chapter 8 delves into quantum technologies, presenting them as the
next frontier in physics with far-reaching implications for computation, communication,
and sensing. Chapter 9 reviews emerging trends in polymer science, highlighting
novel materials and applications driving industrial and technological progress.
Finally, Chapter 10 examines recent advances in the multicomponent synthesis of
thiazoles, showcasing innovative synthetic strategies relevant to
pharmaceuticals and functional materials.
Collectively, the chapters in this book reflect the
convergence of theory, experimentation, and computation, as well as the growing
emphasis on sustainability and societal impact. Emerging Horizons in Scientific
Research is intended to serve as a valuable reference for researchers,
academicians, postgraduate students, and professionals across scientific
disciplines. It is our hope that this volume will not only inform readers about
recent advances but also inspire new ideas, collaborations, and future research
directions at the frontiers of science.
Editor(s)
Details
Anshul Bansal
Department of Chemistry at S. A. Jain (PG) College, Ambala
City, Haryana, India.
Nitya Kaushik
Department of Chemistry, Kurukshetra University, Kurukshetra
(Haryana), India.
Poonam
Department of Chemistry, Ambedkar Government College,
Kaithal (Haryana), India.
Please see the book here :- https://doi.org/10.9734/bpi/mono/978-81-998711-7-5
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