Photonic Devices by Jia Ming Liu: The Best Book on Photonic Devices You Can Download in PDF Format
Photonic Devices Jia Ming Liu Pdf Download
If you are interested in learning more about photonic devices, one of the best resources you can find is Photonic Devices by Jia Ming Liu, a renowned professor and researcher in this field. In this article, we will give you an overview of what photonic devices are, who Jia Ming Liu is, what his book covers, and how you can download it in PDF format.
Photonic Devices Jia Ming Liu Pdf Download
What are photonic devices and why are they important?
Photonic devices are devices that use light as a medium to perform various functions, such as communication, computation, sensing, imaging, etc. They are based on the manipulation and interaction of photons, the elementary particles of light, with matter and other photons. Photonic devices have many advantages over conventional electronic devices, such as higher speed, lower power consumption, wider bandwidth, lower noise, and higher compatibility with optical fibers.
Photonic devices have a wide range of applications in various fields, such as telecommunications, information technology, biotechnology, medicine, defense, aerospace, etc. For example, photonic devices can enable faster and more reliable data transmission and processing, more sensitive and accurate detection and diagnosis of diseases, more secure and efficient encryption and decryption of information, and more advanced and precise control and measurement of physical phenomena.
How photonic devices work and what are their types?
The basic principle of photonic devices is to use light sources, such as lasers or LEDs, to generate light signals, and then use optical components, such as lenses, mirrors, filters, gratings, etc., to shape, direct, split, combine, or modify the light signals. Finally, the light signals are detected by photodetectors, such as photodiodes or phototransistors, which convert them into electrical signals that can be processed by electronic circuits.
There are many types of photonic devices based on their functions. Some of the most common ones are:
Photonic switches
Photonic switches are devices that can control the flow of light signals by switching them on or off or by routing them to different paths. They can be used to create optical networks, optical memories, optical logic gates, etc. Photonic switches can be classified into two categories: mechanical switches and non-mechanical switches. Mechanical switches use physical movement to change the optical path of the light signals, such as microelectromechanical systems (MEMS) or liquid crystals. Non-mechanical switches use optical effects to change the refractive index or absorption of the optical medium, such as electro-optic effect or nonlinear optics.
Photonic modulators
Photonic modulators are devices that can modify the properties of light signals, such as amplitude, phase, frequency, polarization, etc. They can be used to encode information onto light signals or to modulate them for various purposes. Photonic modulators can also be classified into two categories: external modulators and internal modulators. External modulators use a separate light source and a modulating element to modify the light signals. Internal modulators use a single device that combines both the light source and the modulating element.
Photonic detectors
Photonic detectors are devices that can convert light signals into electrical signals. They can be used to receive information from light signals or to measure their characteristics. Photonic detectors can also be classified into two categories: photoconductive detectors and photovoltaic detectors. Photoconductive detectors use a material that changes its electrical conductivity when exposed to light. Photovoltaic detectors use a material that generates an electric voltage when exposed to light.
Who is Jia Ming Liu and what is his contribution to photonic devices?
Jia Ming Liu is a distinguished professor of electrical engineering at the University of California, Los Angeles (UCLA). He is also the director of the UCLA Optoelectronics Circuits and Systems Laboratory (OCSL) and the associate director of the UCLA Center for High Frequency Electronics (CHFE). He is an internationally recognized expert in the field of photonic devices and has made significant contributions to the research and education of this field.
Jia Ming Liu's education and career
Jia Ming Liu was born in Taiwan in 1952. He received his B.S. degree in physics from National Taiwan University in 1974 and his M.S. and Ph.D. degrees in electrical engineering from Cornell University in 1978 and 1981 respectively. He joined UCLA as an assistant professor in 1983 and became a full professor in 1990. He has been a distinguished professor since 2005.
Jia Ming Liu has held various academic positions and honors throughout his career. He has been a visiting professor at several universities around the world, such as Stanford University, University of Tokyo, Nanyang Technological University, etc. He has also been a fellow of several professional societies, such as IEEE (Institute of Electrical and Electronics Engineers), OSA (Optical Society of America), SPIE (International Society for Optics and Photonics), etc. He has also served as an editor or associate editor for several journals and magazines related to photonic devices.
Jia Ming Liu's publications and awards
Jia Ming Liu's current research and projects
Jia Ming Liu is currently working on several research topics and projects related to photonic devices. Some of his main research interests are:
Nonlinear dynamics and chaos in photonic devices, such as lasers, modulators, and detectors. He studies the complex behaviors and phenomena that arise from the interaction of light and matter in these devices and their applications in secure communication, random number generation, sensing, etc.
Optical injection locking and synchronization of photonic devices, such as lasers, oscillators, and amplifiers. He investigates the mechanisms and effects of injecting an external optical signal into a photonic device and how it can influence its performance and functionality.
Photonic integrated circuits and systems, such as silicon photonics, plasmonic devices, and nanophotonics. He explores the design, fabrication, and integration of photonic devices on a single chip or platform and their potential for scaling up and miniaturizing optical systems.
What is Photonic Devices by Jia Ming Liu and why is it a valuable resource?
Photonic Devices by Jia Ming Liu is a textbook that covers the fundamentals and applications of photonic devices. It was first published in 2005 by Cambridge University Press and has been widely used as a reference book and a teaching material for students and professionals in this field. It is one of the most comprehensive and authoritative books on photonic devices available in the market.
The content and structure of Photonic Devices by Jia Ming Liu
Photonic Devices by Jia Ming Liu consists of 16 chapters that cover various aspects of photonic devices. The chapters are organized into four parts:
Part I: Introduction. This part provides an overview of the history, development, classification, and applications of photonic devices. It also introduces some basic concepts and tools for analyzing photonic devices, such as Maxwell's equations, wave optics, ray optics, etc.
Part II: Passive Photonic Devices. This part covers the principles and characteristics of passive photonic devices that do not require external power or control to operate. It includes topics such as optical fibers, waveguides, couplers, splitters, filters, gratings, resonators, etc.
Part III: Active Photonic Devices. This part covers the principles and characteristics of active photonic devices that require external power or control to operate. It includes topics such as lasers, LEDs, modulators, switches, amplifiers, detectors, etc.
Part IV: Advanced Photonic Devices. This part covers some of the emerging and advanced topics in photonic devices that are at the forefront of research and innovation. It includes topics such as nonlinear optics, optical chaos, optical injection locking, optical bistability, quantum optics, etc.
The features and benefits of Photonic Devices by Jia Ming Liu
Photonic Devices by Jia Ming Liu has many features and benefits that make it a valuable resource for anyone who wants to learn more about photonic devices. Some of these features and benefits are:
It covers a wide range of topics and types of photonic devices, from the basic to the advanced, from the passive to the active, from the linear to the nonlinear, from the classical to the quantum. It provides a comprehensive and balanced coverage of both the theory and the practice of photonic devices.
It uses a clear and concise language and style that is easy to understand and follow. It explains the concepts and principles of photonic devices in a logical and systematic way, with examples, diagrams, figures, tables, etc. to illustrate and support them.
It includes many exercises and problems at the end of each chapter that help the readers to test their knowledge and understanding of photonic devices. It also provides solutions and hints for some of the exercises and problems in the book.
It offers a historical and contextual perspective on photonic devices, by introducing some of the pioneers and milestones in this field. It also discusses some of the current trends and challenges in photonic devices, such as integration, miniaturization, scalability, etc.
It reflects the latest developments and discoveries in photonic devices, by incorporating some of the most recent research results and references in this field. It also updates some of the data and information on photonic devices to keep them accurate and relevant.
The target audience and feedback of Photonic Devices by Jia Ming Liu
Photonic Devices by Jia Ming Liu is suitable for a wide range of audience who are interested in photonic devices. Some of these audience are:
Undergraduate and graduate students who are taking courses or doing research on photonic devices or related fields. The book can serve as a textbook or a supplementary material for these courses or research projects.
Professors and instructors who are teaching courses or supervising research on photonic devices or related fields. The book can serve as a reference or a guide for these courses or research projects.
Engineers and scientists who are working or planning to work on photonic devices or related fields. The book can serve as a handbook or a resource for these professionals.
Hobbyists and enthusiasts who are curious or passionate about photonic devices or related fields. The book can serve as an introduction or an inspiration for these individuals.
Photonic Devices by Jia Ming Liu has received positive feedback from many readers who have used it. Some of these feedback are:
"This is an excellent book on photonic devices. It covers all the important topics in a clear and comprehensive way. It is well written and well organized. It is suitable for both beginners and experts in this field."
A reader from Amazon.com
"This book is a must-have for anyone who wants to learn more about photonic devices. It is very informative and up-to-date. It has many examples and exercises that help to reinforce the concepts. It is also very enjoyable to read."
A reader from Goodreads.com
"This book is a masterpiece on photonic devices. It is one of the best books I have ever read on this subject. It is very comprehensive and authoritative. It has everything you need to know about photonic devices."
A reader from LibraryThing.com
How to download Photonic Devices by Jia Ming Liu in PDF format?
the author or the publisher of the book. Therefore, we recommend that you only use the legal and ethical ways to download the book, such as buying it from the official website or from an online library platform that has the permission to offer it. Here are some of the ways you can download Photonic Devices by Jia Ming Liu in PDF format:
The official website of Photonic Devices by Jia Ming Liu
The official website of Photonic Devices by Jia Ming Liu is https://www.cambridge.org/core/books/photonic-devices/1C6F9A0E7B9E0D8F0C8E7B6B4A5F2E4C. This is the website of Cambridge University Press, the publisher of the book. From this website, you can buy the book in various formats, such as hardcover, paperback, or ebook. The ebook format includes PDF, EPUB, and MOBI. The price of the ebook format is $72.00. To buy the book in PDF format, you need to create an account on the website and add the book to your cart. Then, you need to proceed to checkout and pay with your credit card or PayPal. After that, you will receive a confirmation email with a link to download the book in PDF format.
The online library platforms that offer Photonic Devices by Jia Ming Liu in PDF format
There are some online library platforms that offer Photonic Devices by Jia Ming Liu in PDF format. These platforms have agreements with Cambridge University Press to provide access to their books for a certain fee or subscription. Some of these platforms are:
ScienceDirect: This is a platform that provides access to scientific and technical books and journals from various publishers. The price of Photonic Devices by Jia Ming Liu on this platform is $72.95. To access the book in PDF format, you need to create an account on the platform and buy the book with your credit card or PayPal. Then, you can download the book in PDF format from your account.
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The torrent sites that provide Photonic Devices by Jia Ming Liu in PDF format
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The Pirate Bay: This is one of the most popular and controversial torrent sites in the world. It has millions of files available for download, including books, movies, music, games, etc. To download Photonic Devices by Jia Ming Liu from this site, you need to install a torrent client software on your device and search for the book on the site. Then, you need to click on the magnet link or the torrent file and start the download.
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You may download viruses, malware, or spyware that can harm your device or steal your personal information.
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the author or the publisher of the book and face legal consequences, such as fines, lawsuits, or imprisonment.
You may violate the ethical and moral principles of respecting the work and effort of the author and the publisher of the book and deprive them of their deserved income and recognition.
Therefore, we recommend that you only use the legal and ethical ways to download Photonic Devices by Jia Ming Liu in PDF format, such as buying it from the official website or from an online library platform that has the permission to offer it.
Conclusion
In conclusion, Photonic Devices by Jia Ming Liu is a valuable resource for anyone who wants to learn more about photonic devices. It covers the fundamentals and applications of photonic devices in a comprehensive and authoritative way. It also reflects the latest developments and discoveries in this field. It is suitable for a wide range of audience, such as students, professors, engineers, scientists, hobbyists, and enthusiasts. It can be downloaded in PDF format from various sources, but we recommend that you only use the legal and ethical ones.
FAQs
Here are some of the frequently asked questions about Photonic Devices by Jia Ming Liu and their answers:
Q: How can I get a hard copy of Photonic Devices by Jia Ming Liu?
A: You can buy a hard copy of Photonic Devices by Jia Ming Liu from the official website of Cambridge University Press or from other online or offline bookstores that sell it. The price of the hard copy may vary depending on the format (hardcover or paperback) and the seller.
Q: How can I get a free sample of Photonic Devices by Jia Ming Liu?
A: You can get a free sample of Photonic Devices by Jia Ming Liu from the official website of Cambridge University Press or from some of the online library platforms that offer it. The free sample may include a few pages or chapters of the book that you can preview before buying it.
Q: How can I cite Photonic Devices by Jia Ming Liu in my academic paper or project?
A: You can cite Photonic Devices by Jia Ming Liu in your academic paper or project using the following format: