Physics : an illustrated history of the foundations of science Jackson, Tom
Detalles de publicación: New York : Shelter Harbor Press, [2013]Descripción: 144 pages : illustrations (chiefly color) ; 29 cm 1 fold-out timelineISBN:- 9780985323066 (hbk.
- 530 J145p
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| Libro | Biblioteca Mons. Iñaki Mallona (Arecibo) Colección General ab | 530 J145p (Navegar estantería(Abre debajo)) | 1 | Disponible | 60000010157730 |
Descripciones mejoradas de Syndetics:
The fourth addition to the Ponderables series, Physics: An Illustrated History of the Foundations of Science follows famous scientists and other experts through the ages as they unravel the fabric of the universe to reveal the array of fundamental forces, intangible articles, and indestructible energy that make up one of our core scientific studies. Filled with glorious color photos, imagery and diagrams, this authoritative volume even includes a simple physics guide and timeline that add new context to fresh mysteries such as Higgs Boson, supersymmetry, and dark energy. Biographies of the great physicists plus 100 chronological articles on the history of physics build on the popular Who did what when? Ponderables trademark.
In a world where technology and science have become familiar and exciting subjects, Physics finally lays wide open one of science's more mystifying facets, the knowledge without which
Includes bibliographical references (page 140) and index.
The dawn of science: -- Explaining nature ; Thales, the father ; Atoms: starting small ; Four elements and more ; Eureka! The Archimedes Principle ; Making machinery ; Seeing beams of light ; The mechanics ; Force and inertia ; Artificial rainbows ; Ockham's Razor ; Adding impetus ; Theory of tides ; Understanding magnets ; Law of refraction ; Galileo: the fall guy ; Applying pressure ; Pendulums ; Hooke's Law ; Gas laws -- The scientific revolution: -- Newton's principles ; Theories of light ; The flying boy: conducting electricity ; Temperature scale ; The Leyden Jar ; Hidden heat ; Fire and matter ; Measuring charge ; Weighing a planet ; Frogs legs and piles ; Atomic theory ; Light is a wave ; Plastic and elastic ; Electricity meets magnets ; The thermolectric effect ; Heat engines ; Brownian motion -- From classical to modern physics: -- Inducing currents ; The Doppler effect ; Thermodynamics: the first law ; The mechanical equivalent of heat ; One energy ; Absolute temperature ; Working at light speed ; Spectroscopy: essential information ; Maxwell's equations ; Going from hot to cold ; Electrifying gases ; Boltzmann's equation ; Tesla: an alternating character ; Mach goes supersonic ; Looking for ether ; Waves through nothing ; X: the unknown ray -- The subatomic age: -- Radioactivity ; The first subatomic particle ; Planck's constant ; Long-distance radio ; The Curies ; Einstein's annus mirabilis ; Special relativity ; A positive discovery ; Units of charge ; Cloud chambers ; Superconductors ; Cosmic rays ; The quantum atom ; General relativity: space and time ; The proton ; Wave-particle duality ; Exclusion principle ; Bosons: force particles ; An uncertain universe ; Geiger's counter ; Antimatter: the same but different ; Atom smasher ; The electron microscope ; Neutrons: the final piece ; Positrons: a new puzzle ; Missing matter ; Indoor lightning ; Speeding light: Cherenkov radiation ; Exotic particles ; Superfluidity ; Nuclear fission -- Modern physics: -- QED: quantum electrodynamics ; Transistors ; The big bang ; Bubbles and sparks ; Ivy Mike: another big bang ; Masers, then lasers ; Neutrino flavors ; Quarks: strangeness and charm ; The Standard Model ; String theory ; Hawking radiation ; Spintronics ; Dark energy ; The hunt for the Higgs ; Supersymmetry? -- 101 physics: the basics -- Imponderables -- The great physicists -- Bibliography and other resources -- Index -- Acknoledgments -- A timeline history of physics (back pocket) -- Measuring the universe -- Inside matter.