History of Wireless

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Important new insights into how various components and systems evolved

Premised on the idea that one cannot know a science without knowing its history, History of Wireless offers a lively new treatment that introduces previously unacknowledged pioneers and developments, setting a new standard for understanding the evolution of this important technology.

Starting with the background-magnetism, electricity, light, and Maxwell's Electromagnetic Theory-this book offers new insights into the initial theory and experimental exploration of wireless. In addition to the well-known contributions of Maxwell, Hertz, and Marconi, it examines work done by Heaviside, Tesla, and passionate amateurs such as the Kentucky melon farmer Nathan Stubblefield and the unsung hero Antonio Meucci. Looking at the story from mathematical, physics, technical, and other perspectives, the clearly written text describes the development of wireless within a vivid scientific milieu.

History of Wireless also goes into other key areas, including:

  • The work of J. C. Bose and J. A. Fleming
  • German, Japanese, and Soviet contributions to physics and applications of electromagnetic oscillations and waves
  • Wireless telegraphic and telephonic development and attempts to achieve transatlantic wireless communications
  • Wireless telegraphy in South Africa in the early twentieth century
  • Antenna development in Japan: past and present
  • Soviet quasi-optics at near-mm and sub-mm wavelengths
  • The evolution of electromagnetic waveguides
  • The history of phased array antennas

Augmenting the typical, Marconi-centered approach, History of Wireless fills in the conventionally accepted story with attention to more specific, less-known discoveries and individuals, and challenges traditional assumptions about the origins and growth of wireless. This allows for a more comprehensive understanding of how various components and systems evolved. Written in a clear tone with a broad scientific audience in mind, this exciting and thorough treatment is sure to become a classic in the field.

 

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Beliebte Passagen

Seite xv - Men make their own history, but they do not make it just as they please; they do not make it under circumstances chosen by themselves, but under circumstances directly encountered, given and transmitted from the past.
Seite xiii - Wise men say, and not without reason, that whoever wishes to foresee the future must consult the past; for human events ever resemble those of preceding times. This arises from the fact that they are produced by men who have been, and ever will be, animated by the same passions, and thus they must necessarily have the same results.
Seite 205 - Fizeau, that we can scarcely avoid the inference that light consists in the transverse undulations of the same medium which is the cause of electric and magnetic phenomena.
Seite 30 - We must therefore discover some method of investigation which allows the mind at every step to lay hold of a clear physical conception without being committed to any theory founded on the physical science from which that conception is borrowed, so that it is neither drawn aside from the subject in the pursuit of analytical subtleties nor carried beyond the truth by a favourite hypothesis.
Seite xiv - Mankind are so much the same, in all times and places, that history informs us of nothing new or strange in this particular. Its chief use is only to discover the constant and universal principles of human nature...
Seite 44 - The geometrical and the logical place agree in that each is the possibility of an existence." (TLP 3. 411.) shorter or more definite answer than the following: Maxwell's theory is Maxwell's system of equations. Every theory which leads to the same system of equations, and therefore comprises the same possible phenomena, I would consider as being a form or special case of Maxwell's theory; every theory which leads to different equations, and therefore to different possible phenomena, is a different...
Seite 30 - From a long view of the history of mankind - seen from, say, ten thousand years from now - there can be little doubt that the most significant event of the 19th century will be judged as Maxwell's discovery of the laws of electrodynamics.
Seite 208 - The mechanical difficulties, however, which are involved in the assumption of particles acting at a distance with forces which depend on their velocities are such as to prevent me from considering this theory as an ultimate one, though it may have been, and may yet be useful in leading to the coordination of phenomena. •I have therefore preferred to seek an explanation of the fact in another direction, by supposing them to be produced by actions which go on in the surrounding medium as well as...
Seite 39 - II! the first case we entirely lose sight of the phenomena to be explained; and though we may trace out the consequences of given laws we can never obtain more extended views of the connection of the subject. If, on the other hand, we adopt a physical hypothesis, we see the phenomena only through a medium, and are liable to that blindness to facts and rashness in assumption, which a partial explanation encourages.

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Autoren-Profil (2006)

TAPAN K. SARKAR is a professor in the Department of Electrical and Computer Engineering at Syracuse University.

ROBERT J. MAILLOUX is a retired senior scientist at the Sensors Directorate, Air Force Research Laboratory, Hanscom AFB, Massachusetts, and is currently Research Professor, University of Massachusetts, Amherst.

ARTHUR A. OLINER is a University Professor Emeritus of Polytechnic University (formerly the Polytechnic Institute of Brooklyn). He is an elected member of the National Academy of Engineering, the recipient of two honorary doctorates and many prestigious awards, including two gold medals, and the coauthor of about 300 papers and three books.

MAGDALENA SALAZAR-PALMA is a professor in the Departamento de Teoria de la Seal y Communicaciones, at Univerdidad Carlos III de Madrid (Spain). She has authored more than 260 publications in books, scientific journals, and symposium proceedings.

DIPAK L. SENGUPTA is Emeritus Professor of Electrical and Computer Engineering at the University of Detroit Mercy, and a research scientist at the Radiation Laboratory, Department of Electrical Engineering and Computer Science, the University of Michigan, Ann Arbor. He is a Life Fellow of IEEE.

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