Constructing the Universe - Origin, Dynamics and Structure of the Universe

Scientific American Library Series #9

by David Layzer

In this singularly beautiful volume, Harvard astrophysicist David Layzer gives us a dazzling view both of the origin, dynamics and structure of the universe and of the processes which have enabled this picture to evolve. Combining clear, accessible prose, stunning photographs, and captivating illustrations, Layzer examines the two great theories of space, time and gravitation - Newton's and Einstein's - and surveys the myriad theories of the early universe and the origin of astronomical systems. The author discusses the four distinct but intertwined activities that have shaped contemporary concepts of the development of experimental and observational instruments and techniques; the telescopic exploration of space; the construction of basic physical theories; and the construction and testing of cosmological hypotheses; and demonstrates how each has nourished the others. David Layzer has constructed a vivid, highly readable book that combines the exhilaration of discovery with the eternal appeal of conjecture.

Genres: Science

313 pages, Hardcover

First published September 1, 1985

About the author

David Raymond Layzer (December 31, 1925 – August 16, 2019) was an American astrophysicist, cosmologist, and the Donald H. Menzel Professor Emeritus of Astronomy at Harvard University.
He is known for his cosmological theory of the expansion of the universe, which postulates that its order and information are increasing despite the second law of thermodynamics.
He is also known for being one of the most notable researchers who advocated for a Cold Big Bang theory.
When he proposed this theory in 1966, he suggested it would solve Olbers' paradox, which holds that the night sky on Earth should be much brighter than it actually is. He also published several articles critiquing hereditarian views on human intelligence, such as those of Richard Herrnstein and Arthur Jensen.
e became a member of the American Academy of Arts and Sciences since 1963, and was also a member of Divisions B and J of the International Astronomical Union.
He died in Belmont at the age of 93 in 2019.

Reviews

[Emily Morgan · Rating 3 out of 5]

Overall, worth the read. Bit dense at times (especially towards the end), and explanations are not always linear. Number of mathematical errors / omissions made for a difficult time. Learned lots though. Fav chapters were regarding Kepler + contemporaries discovering the workings of our solar system.

[Phillias · Rating 4 out of 5]

dated, rigorous math, slightly approachable, significant history perspective