Biotechnology

Celebration of artificial light sources

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Did you know that until the early 20th century, artificial light sources only served to illuminate our surroundings? Since then, significant changes have occurred. Light is now used in a variety of ways beyond just lighting spaces. From semiconductor chip manufacturing to high-speed data communications, the increasing number of applications has led to the development of various types of light-generating devices. Some light sources even produce light through radioactive decay!

Did you know that until the early 20th century, artificial light sources only served to illuminate our surroundings? Since then, significant changes have occurred. Light is now used in a variety of ways beyond just lighting spaces. From semiconductor chip manufacturing to high-speed data communications, the increasing number of applications has led to the development of various types of light-generating devices. Some light sources even produce light through radioactive decay!

If you’re wondering how we managed to grow from a simple light bulb to an energy efficient LED, stop your hesitating now. Delve into From Edison to LED: The Science and Story of the Source of Light to embark on a fascinating journey to see how the earliest attempts at inventing electric light resulted in the multi-billion dollar industry that relies on today’s light-producing devices. In the book, renowned author and expert, Dr Faiz Rahman, explores the fascinating journey of the development of light-emitting devices from the 19th century to the present day. This book offers the reader a systematic exploration of the advances that have shaped the transition from simple light bulbs to energy-efficient LEDs.

Dr Rahman’s expertise shines through throughout the book, from his exploration of Edison’s incandescent light bulb to the latest advances in light-emitting diodes. By introducing the basic physics of light as an electromagnetic phenomenon, this book ensures a solid scientific foundation for further journeys. Expect to see coverage of both common light sources and some very unusual light sources. Written in an interesting style and full of in-depth explanations, this book will greatly increase the knowledge of any reader. While some of the technical sections may require deeper understanding, most of the content is accessible to high school students and highly recommended for young aspiring scientists.

Discover the journey of a mesmerizing source of light in From Edison to LED. This book takes the reader on a fascinating journey, covering almost all of the major techniques known for producing light. Spoken in eight chapters, this book traces the startling developments in the science of optics and electromagnetic radiation. It chronologically describes the stories and technologies that accompany common and uncommon light sources, focusing primarily on visible light. Devices that emit invisible radiation are also covered for completeness. Not only do we learn about the basic scientific principles and engineering behind various devices, we are also introduced to the brilliant minds behind their creation. With richly illustrated stories, this book uncovers rare illustrations and captivating anecdotes.

For readers wishing to explore the realm of optics, this book will foster a deep appreciation of electromagnetic radiation in everyday life. It offers a comprehensive understanding of light generation and utilization. This will enable the reader to understand the transformative potential in various fields. Overall, this is an indispensable book for all scientists and engineers to read, and an absolute must-read for those directly involved with the light business in any way.

From Edison to LED: The Science and Story of the Source of Light retails for US$58 / £50 (paperback) and US$128 / £115 (hardcover) and is also available in electronic format. To order or learn more about this book, visit http://www.worldscientific.com/worldscibooks/10.1142/13178.

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About the Author

Faiz Rahman has been involved in the development of light source and detector technology for over twenty five years. His interest in this area was sparked during his postdoctoral work on detectors for the Herschel and Planck space telescopes. Later, he was involved in developing photonic crystal LEDs for Sharp Corporation televisions. Later, Dr Rahman worked on several innovative semiconductor light emitters and detectors. The advanced LEDs he developed were commercialized through spin-out companies. True to his deep personal involvement in the field, this book provides an expert perspective on lighting technology. Currently, Dr Rahman’s research focus is exploring new technologies to fabricate hyperspectral emitters and detectors, single-chip LiDAR and generate new schemes for optical lithography.

About World Scientific Publishing Co.

World Scientific Publishing is a leading international independent publisher of books and journals for the scientific, research and professional communities. World Scientific works closely with prestigious organizations such as the Nobel Foundation and US National Academies Press to deliver high-quality academic and professional content to researchers and academics around the world. The company publishes around 600 books and more than 160 journals in various fields every year. To find out more about World Scientific, please visit www.worldscientific.com.

For more information, contact WSPC Communications at (email protected).


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