The Future of Astronomy E-Book

Edward Charles Pickering

• Herausgeber: Science & Technology Publishing
• Kategorie: Sachliteratur, Reportagen, Biografien
• Sprache: Englisch

Seitenzahl: 26

Veröffentlichungsjahr: 2025

Beschreibung

The Future of Astronomy is a thought-provoking exploration into the evolving landscape of astronomical science, authored by Edward C. Pickering. First published in the early 20th century, this book captures a pivotal moment in the history of astronomy, as new technologies and methods began to revolutionize humanity’s understanding of the cosmos. Pickering, a renowned astronomer and director of the Harvard College Observatory, draws upon his extensive experience to discuss the remarkable advancements of his era, including the use of photography, spectroscopy, and improved telescopic instruments. The book delves into the challenges and opportunities facing astronomers, emphasizing the importance of international collaboration and the need for continued innovation. Pickering reflects on the discoveries that have shaped modern astronomy, such as the identification of new stars, the study of variable stars, and the analysis of stellar spectra. He also speculates on the future directions of the field, predicting the increasing role of women in scientific research and the potential for even greater discoveries as observational techniques improve. Throughout The Future of Astronomy, Pickering’s passion for the subject is evident, as he encourages both professional and amateur astronomers to contribute to the ongoing quest for knowledge. The book serves as both a historical document and an inspiring call to action, inviting readers to imagine the limitless possibilities that lie ahead in the study of the universe. With its blend of scientific insight, historical context, and visionary outlook, The Future of Astronomy remains a significant work for anyone interested in the past, present, and future of astronomical exploration.

Leseprobe

THE FUTURE OF ASTRONOMY

BY PROFESSOR EDWARD C. PICKERING

Reprinted from the POPULAR SCIENCE MONTHLY, August, 1909.

THE FUTURE OF ASTRONOMY[1]

BY PROFESSOR EDWARD C. PICKERING

HARVARD COLLEGE OBSERVATORY

It is claimed by astronomers that their science is not only the oldest, but that it is the most highly developed of the sciences. Indeed it should be so, since no other science has ever received such support from royalty, from the state and from the private individual. However this may be, there is no doubt that in recent years astronomers have had granted to them greater opportunities for carrying on large pieces of work than have been entrusted to men in any other department of pure science. One might expect that the practical results of a science like physics would appeal to the man who has made a vast fortune through some of its applications. The telephone, the electric transmission of power, wireless telegraphy and the submarine cable are instances of immense financial returns derived from the most abstruse principles of physics. Yet there are scarcely any physical laboratories devoted to research, or endowed with independent funds for this object, except those supported by the government. The endowment of astronomical observatories devoted to research, and not including that given for teaching, is estimated to amount to half a million dollars annually. Several of the larger observatories have an annual income of fifty thousand dollars.

I once asked the wisest man I know, what was the reason for this difference. He said that it was probably because astronomy appealed to the imagination. A practical man, who has spent all his life in his counting room or mill, is sometimes deeply impressed with the vast distances and grandeur of the problems of astronomy, and the very remoteness and difficulty of studying the stars attract him.

My object in calling your attention to this matter is the hope that what I have to say of the organization of astronomy may prove of use to those interested in other branches of science, and that it may lead to placing them on the footing they should hold. My arguments apply with almost equal force to physics, to chemistry, and in fact to almost every branch of physical or natural science, in which knowledge may be advanced by observation or experiment.

The practical value of astronomy in the past is easily established. Without it, international commerce on a large scale would have been impossible. Without the aid of astronomy, accurate boundaries of large tracts of land could not have been defined and standard time would have been impossible. The work of the early astronomers was eminently practical, and appealed at once to every one. This work has now been finished. We can compute the positions of the stars for years, almost for centuries, with all the accuracy needed for navigation, for determining time or for approximate boundaries of countries. The investigations now in progress at the greatest observatories have little, if any, value in dollars and cents. They appeal, however, to the far higher sense, the desire of the intellectual human being to determine the laws of nature, the construction of the material universe, and the properties of the heavenly bodies of which those known to exist far outnumber those that can be seen.