43 of 43 people found the following review helpful:
4.0 out of 5 stars
Five "Giants" who Altered Our View of the Heavens Forever, June 12, 2004
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The brilliant idea behind this book is the inclusion of selected, original, translated "Great Works of Physics and Astronomy" (which is the book's subtitle). These works were written by five intellectual "giants" (all men whose portraits are shown on the book's cover). This book's title "On the Shoulders of Giants" was a phrase used in a letter by one of these men and the meaning of it is the theme of this book. Its meaning, as Dr. Stephen Hawking states, is "how science...is a series of incremental advances each building on what went before." This book uses these five men's great works "to trace the evolution of our picture of the heavens."
This book was edited and has "commentary" by Hawking. The reader is not told exactly what Hawking's commentary is but I assume it is the short but excellent introduction to the book, the brief but informative biographies or "Life and Work" of each man, and the helpful footnotes included with each great work. All these as a whole comprise less than 2% of this nearly 1300 page book.
I found in the page entitled "A Note on the Texts" the following: "The texts [or great works] in this book are based on translations of the original, printed editions [or papers]. [There has been] no attempt to modernize [or correct] the author's own distinct usage, spelling, or punctuation, or to make the texts consistent with each other in this regard." I assume this also applies to errors in grammar and errors to equations (such as omissions). That is, any errors in the original, translated papers are not corrected.
Who were these giants and what great work (that's included in this book) did they produce? The answer is as follows:
1. Nicolaus Copernicus (1473 to 1543). The work included is entitled "On the Revolutions of [the] Heavenly Spheres" (1543). This work was the beginning of the Sun-centered "Copernican revolution." It has an introduction and six parts or "books." This work comprises about 30% of this book.
2. Galileo Galilei (1564 to 1642). Work included: "Dialogues [or Discourses and Mathematical Demonstrations] Concerning Two [New] Sciences" (1638). This work "is widely held to be the cornerstone of modern physics." It has four parts or "days." It comprises about 18% of the book.
3. Johannes Kepler (1571 to 1630). Work included: Book Five of "Harmonies of the World" (1618). With this book and his other four, "Kepler discovered how planets orbited." It has an introduction and ten chapters. Comprises 7% of this book.
4. Sir Isaac Newton (1642 to 1727). Work included: "The Mathematical Priciples of Natural Philosophy" (1687). Better known as "The Principia." This work includes Newton's three laws of motion and his law of universal gravitation. It has an introduction and three parts or "books." Comprises 34% of this book.
5. Albert Einstein (1879 to 1955). Work (which was co-authored) includes: Seven selections from "The Principles of Relativity: A Collection of Original Papers on the Special Theory of Relativity" (1922). In these works, read how Einstein altered our perception of space and time. Comprises 8% of this book.
To read the works of Copernicus, Galileo, and Kepler, it would be helpful to know some geometry, trigonometry, and algebra. The same goes for the work of Newton but knowing some calculus would also be helpful. For the works of Einstein, knowing some advanced mathematics (such as advanced calculus) would be helpful.
I found, for myself, that in all of the above great works, the person's thought processes could be easily followed (even if the mathematics was unclear). This even applied to the works of Einstein. I recommend reading each of these works slowly and taking frequent breaks since the reading can become tedious at times.
There were three problems I found with this book:
First, the table of contents. For the major works, it just states their title and page number of where they begin. For example, the work of Einstein begins on page 1167 and that's all we're told!! Why not list the seven selections that are included? Thus, state in the table of contents that one selection has the title "On the Influence of Gravitation on the Propagation of Light" and that it begins on page 1193. Or consider the work of Copernicus. Why not state that part four of his work starts on page 197? Since this book is so large (and probably intimitating to some), I feel that a good, detailed table of contents is imperative.
Second, I found small errors in that 1% of the book that does not include the great works and Life & Work sections. (Fortunately, these errors are corrected in these sections of the book.) For example, in the "A Note on the Texts" page, we are told that "Kepler completed [his] work on May...1816." But he died in 1630! Or the table of contents states that Newton's birth year was 1643. I don't normally nit-pick like this, but since there were only five men, I feel that little errors like this should not be made.
Third, the "Life and Work" sections are not referenced. Where was this detailed information obtained?
Finally, a few equations in the Einstein papers have errors (like omissions, etc.) As explained above, these were probably in the original, printed work and thus were not corrected. In most cases, I found I could correct the error myself. I did find three equations where some variables were cut-off. I found I could easily deduce what the variables should be. Even with these minor errors, the Einstein section is still very informative and usable.
In conclusion, these five intellectual giants revolutionized the course of science. Be sure to get this first-ever compilation of their great works!!
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31 of 31 people found the following review helpful:
5.0 out of 5 stars
The original papers., July 13, 2003
This review is from: On the Shoulders of Giants (Hardcover)
What makes this Stephen Hawkin book different is that it collects together in one place the original papers of the great masters, starting with Copernicus, and ending with Einstein. A generation ago, Eric Temple Bell suggested that we begin with the classics when learning math and science. Traditionally, it was thought that modern books based on the classics offered more effective ways of introducing or presenting the material, and as a result only a few students (and teachers) took the trouble of looking at the original classics, the central papers of the great masters. The true landmark papers. All the while, they collected dust on the shelves in the back rooms of libraries. Of the giants in science, five stand out, Copernicus, Galilei, Kepler, Newton, and Einstein. A chapter is reserved to each of the five. Each chapter begins with a lively biography which also serves to place the material in the context of the history of science. This is followed with the original papers themselves in translation. With this book, readers can compare Newton's laws from Principia with the fundamental papers of Einstein. It is collected in one place with commentary. Complaint: The print reproduction of Einstein's papers is not good, and some formulas unfortunately have been truncated in the reproduction. Hopefully that will be fixed in a second edition.
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28 of 29 people found the following review helpful:
3.0 out of 5 stars
Impressive but not what was promoted, August 14, 2004
This book contains writings of five of the greatest scientists who have ever lived. They changed the way we thought about nature and in so doing changed the way we thought about ourselves. Nicolaus Copernicus challenged the notion of a heliocentric universe. Galileo Galilei reiterated that with the added evidence of moons of other worlds. He introduced the discipline of physics into the discussion. Johannes Kepler used this new science to measure the orbits of the planets and discover HOW they spun in their orbits (he gave us the three planetary laws).
Newton used that information to explain the underlying reasons for motion, gravity, acceleration. He also built on Kepler's work in optics. Albert Einstien used the Newtonian universe as the starting point for introducing us to the relativistic nature of existence.
This is NOT a book for beginners - it contains some heavy mathematics, theorem, and the writing is at times, turgid. What I found lacking was the "commentary" by Stephen Hawking. I, like others, had presumed that it was going to be give and take...he would introduce the scientist, let us see some of their work, then offer commentary. Instead what we got were LONG tomes that, while being the essense of the genius, are hardly digestable as public reading. It is an impressive work but is not easily accessible by the layman.
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