Cambridge University Press (9781107617520) - Height: 226 mm - Spine width: 10 mm - Width: 161 mm - Cambridge University Press - ISBN: 9781107617520 - Number of pages: 181 - Languages: English - Weight: 308 g
(9780521767187) - Revised 2 - Cambridge University Press - Height: 254 mm - Spine width: 43 mm - Width: 186 mm - ISBN: 9780521767187 - Number of pages: 718 - Languages: English - Publication date: 16 Jan 2012
John Wiley & Sons Inc (9781119013051 / illustrations) - Country of publication: UNITED STATES - Dimensions: (H) 246mm, (W) 174mm, (D) 13mm - Edition: 5th Edition - John Wiley & Sons Inc - Wiley-Blackwell
(9781138028067) - Second edition - CRC Press - Taylor and Francis - Height: 150 mm - Spine width: 13 mm - Width: 213 mm - ISBN: 9781138028067 - Number of pages: 232 - Languages: English - Publication date: 15 Nov 2017
(9781451607130) - Walter Lewin - Paperback - The Free Press - New York, United States - SIMON & SCHUSTER - Dimensions: 140 x 214 x 18mm | 234g - Format: 320 pages - ISBN: 9781451607130 - Pages: 320 - Language: English | Love of Physics
(9780691177793) - Country of publication: UNITED STATES - Dimensions: (H) 267mm, (W) 215mm, (D) 65mm - First Princeton University Press edition - Princeton University Press - In Print - Height: 214 mm
(9780393350371 / 40444362) - Dimensions: 211 x 140 x 23 mm - ISBN: 9780393350371 - Number of pages: 384 - WW Norton & Co - Weight: 300 g | Space Chronicles, Facing the Ultimate Frontier, Avis Lang Neil, Avis Lang
(9781579128951 / Illustrated) - Dimensions: 254 x 255 x 16mm | 1,064g - Reprint - New York, United States - Black Dog & Leventhal Publishers Inc - Format: Paperback | 240 pages - Publication date: 03 Apr 2012
(9780393350388 / 40443015) - Tyson, Neil deGrasse - Norton paperback edition. - New York, United States - WW Norton & Co - Dimensions: 211 x 140 x 25 mm - Format: 384 pages - ISBN: 9780393350388 - Number of pages: 384 | "Holy Wars" examines
Explore how time shapes reality with physicist Sean Carroll, who blends cosmology, quantum mechanics, and philosophy to reveal why our universe feels linear yet may be fundamentally timeless.