Newton's Gravity: An Introductory Guide to the Mechanics of the Universe
(9781461454434) | Newton's Gravity
(9781461454434) | Newton's Gravity
(9783319444703 / 45334960)
(9781493934362 / 25049806) | Metals and Alloys
Explore how Lee Smolin challenges string theory’s dominance, revealing hidden assumptions and proposing a bold shift toward background‑independent physics that could reshape our understanding of reality.
(9781786074850) - David Darling - Oneworld - Oneworld Publications - Height: 127 mm - Spine width: 34 mm - Width: 196 mm - ISBN: 9781786074850 - Number of pages: 269 - Languages: English - Weight: 264 g
Chronicle Books (9781452152110 / 24144370)
(9780367002275) - Height: 163 mm - Spine width: 8 mm - Width: 240 mm - CRC Press - Taylor and Francis - ISBN: 9780367002275 - Number of pages: 101 - Languages: English - Weight: 316 g
(9781108428583) - Giacomo Beccari | Binary systems, Binaries on stellar evolution
Explore spacetime with vivid diagrams and clear prose, guiding readers through Einstein’s equations, time dilation, and black holes while demystifying complex concepts in an engaging visual format.
Explore quantum mechanics and crystal lattices through clear explanations of electronic band theory, phonon interactions, and defect physics, with practical examples linking material properties to real‑world applications.
Explore how thin films deform, crack, and evolve on a microscopic level with this comprehensive guide to stress mechanics, defect dynamics, and surface morphology in advanced materials.
(9780300235906) - Shing-Tung Yau | Fields medalist
(9780691183527) - Height: 149 mm - Spine width: 20 mm - Width: 223 mm - Princeton University Press - ISBN: 9780691183527 - Number of pages: 233 - Languages: English - Weight: 482 g
HarperCollins Publishers (9780007576593 / 45799809) - Height: 128mm - Spine width: 30mm - Width: 196mm - Imprint: 4th Estate - ISBN: 9780007576593 - Number of pages: 440 - Languages: English - Publication date: 18 May 2017
Explore quantum mechanics through the lens of ultracold atoms, with clear explanations of statistical physics, mean‑field theory, and experimental techniques that reveal macroscopic wave behavior in dilute gases.
Elsevier Science Ltd (9780444634221)
(9780122673511 / 10684188)