The Story of Astronomy

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The Story of Astronomy Page 28

by Peter Aughton


  Compton, 322

  examples through history, 2

  Hale, 237

  Herschel’s, 179–81, 185–6

  Horrocks’ poem about, 115

  Hubble Space, 237, 241, 317, 319–22, 345

  invention, 100–1

  Jodrell Bank, 261

  Keck Telescopes, 321

  Mount Wilson, 234, 235

  new techniques, 321

  radio, 259–63

  reflecting, 131, 179–81

  Spitzer Space, 322–3

  Tempel 1 (comet), 324–5

  tensor calculus, 224

  Thales, 23

  thermodynamics, 298–9

  3C 48 (star), 279

  3C 273 (star), 279, 280

  tides, 10

  time

  and black holes, 277, 278

  and special theory of relativity, 213, 215

  time measurement

  on board ship, 172–6

  and distance from equator, 169–70

  length of months, 42

  and longitude calculation, 163–76

  origin of days of the week, 19

  origin of minutes and seconds, 18

  see also calendars; clocks and watches

  Titan, 316–17, 364

  Toledo, 59, 65–6

  Tombaugh, Clyde, 318

  Towneley, Richard, 152

  trigonometry, 57

  Triton, 317

  Tully, Brent, 342

  21-cm hydrogen line, 342–3, 346–7

  Twin Quasar, 223

  umbra, 28

  uncertainty principle, 250

  unified field theory, 333–7

  universe

  age, 154, 241–2, 344–5

  expansion, 221–2, 231–2, 239–43, 353–7

  “Great Debate,” 233–4

  infinity of, 154–5, 353–5

  measuring, 340–9

  nature of, 285–9

  size, 187–8, 200–1, 231–4, 237–9

  steady-state theory, 243, 297, 327–9

  structure, 344–52

  Uraniborg, 84–6

  uranium, 249

  Uranus, 182–4, 312, 317, 360–1

  Urban VIII, Pope (Cardinal Barberini), 104, 105, 106

  Urey, Harold, 364

  vacuum energy theory, 356

  Venera probes, 310

  Venus

  ancients’ understanding of movements, 10

  and Copernican cosmology, 77, 78

  death, 253

  exploration, 310–11

  orbit and size, 119–23

  phases, 102

  use to determine Earth–Sun distance, 177

  Viking missions, 307–8

  virtual particles, 300–1

  voids, 352

  Vostok I, 305–6

  Voyager probes, 312, 316, 317

  Wallis, John, 112–13, 156

  watches see clocks and watches

  water hole, 274

  Watzenrode, Lucas, 72, 73

  wave equation, 250

  Whiston, William, 170–1

  white dwarfs, 254

  Wickens, John, 129

  Wilkinson Microwave Anisotropy probe, 329

  Willis, Roger, 173

  Winteler, Jost, 211

  wormholes, 279

  Worthington, John, 113, 119

  Wren, Christopher, 138–40, 165–6

  X-rays, 197, 273, 322, 324

  zero, 55

  zodiac constellations, 12

  Zwicky, Fritz, 223, 349

 

 

 


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