Authors: Bill Bryson
Laws of Thought, 349
, 350
botanical gardens, 189, 191–92, 195, 198, 275
Boulton, Matthew, 172
Boyle, Robert, 10,
23
, 24, 111,
112
, 189, 300, 301, 468
on chemistry, 123–24,
125
, 128
critics of, 119n
experiments by, 21, 22, 29–30,
31
and Newton, 33
Boyle’s Law, 378
Boylston, Zabdiel, 48
Bragg, William Henry, 253–55,
254
, 260
Bragg, William Lawrence, 253–55,
254
, 256–57, 258, 263, 264, 266, 268, 271
Bragg’s Law, 254
Brenner, Sydney, 267
bridges, 230–49
aesthetic appeal of, 246, 247–48,
248–49
arch design, 231, 238
cable-stayed, 248–49
cantilever structure, 239,
239
, 241
collapses of, 238–39, 240, 241, 245,
245
, 303
designs of today, 245–49
hybrid cantilever-suspension, 241–42, 244
moving in the wind, 245
“signature,” 249
structural tests of, 233–35
suspension, 231, 238, 241, 243–45, 248
testing trends of behaviour, 234
trusswork of, 241, 244
tubular, 238
Britannia Tubular Bridge, 232–35
failure of, 237–38
group portrait of engineers for, 235–36,
236
, 237, 238, 249
British Museum, 191
British Museum Act (1753), 199
Bronx-Whitestone Bridge, 246, 247
Brook, Abraham, 139, 152, 153
Brooklyn Bridge, 241, 246
Brouncker, William, 2nd Viscount, 21, 22, 26
Brunel, Isambard Kingdom, 237, 238, 319
Buckingham, George Villiers, Duke of, 27
Buckland, William, 196
Bulletin of Atomic Scientists, clock, 408
Byron, George Gordon, Lord, 12
calculus, 352–53
fluxional, 127
origins of, 86, 89, 105, 348, 359
Canada goose,
282
, 283
cancer treatments, 434
Canton, John, 5
carbon, 329, 395
Carlin, George, 391
Carnot, Sadi, 457
Caro, Anthony, 247
Caroline, Princess of Brandenburg-Ansbach, 86, 89
causality, 129
cause and effect, laws of, 363
Cavallo, Tiberius,
177
A Treatise on the History and Practice of Aerostation,
176, 178–80
Cavendish, Henry, 136, 137, 145, 160, 172, 174–75
celestial vs. terrestrial realm, 65–66, 69, 72, 80
Celestine Prophecy, The
(Redfield), 79
cellular automata, 97–98
celluloid, 310–11
cellulose nitrate (gun cotton), 311
CERN, 271, 318
Cernan, Gene, 386
chaos, 377–79, 381–83
Chao Tang, 381
Charles, Alexander, 158, 161, 169, 173
Charles II, king of England, 3, 47, 301
Chartres, Duke of, 167
Chelsea Physic Garden, 198,
200
, 201
chemistry:
Boyle on, 123–24,
125
, 128
experimentation in, 124
chess, robotic intelligence in, 477–78
Chester & Holyhead Railway, 231–32
Churchill, Winston,
442
Cicerone, Ralph, 431
Civil Engineering,
247
Clarke, Arthur C., 389
Clarke, Samuel, Leibniz-Clarke correspondence, 86, 89–90, 93, 97
Clausius, Rudolf, 457
Clement IV, Pope, 70
climate, vs. weather, 427
climate change, 293
and apocalypse, 408, 417, 418–19
Bayesian inference on, 433–34, 435
communicating to policy-makers, 430–31, 432, 435
Intergovernmental Panel on, 428, 434, 435–36, 437–41
modelling, 427–31,
429
risk assessment in, 435–41, 442–43
science of, 432
uncertainty in, 408, 426–27, 428–29, 437, 439, 441–43, 479–80
Climatic Research Unit, 134
cloning, 479
Coga, Arthur, 12
cognitio,
92
Cohn, Norman, 407
collections:
access to, 196, 198
diffusion of knowledge via, 198
funding of, 201
living vs., inert, 198–99
in museums, 187–92, 196–99, 201
open to paying customers, 197
ownership of, 197
in public domain, 199
science and, 181, 196, 201
Collier, Hon. John, 206
complexity:
and chaos, 377–79
organised, 379–81,
380
, 382
science of, 333
compossibility, 101–2
Compsognathus,
185
Computational Fluid Dynamics, 358
computers:
in digital photography, 354
as logic engines, 350, 351
science in, 97, 475, 477–78
Stepped Reckoner, 85
conception, assisted, 317
Condorcet, Marquis de, 166
Conference of Engineers at Britannia Bridge
(Lucas), 235–36,
236,
237, 238, 249
continuity, 80
Conway, John, 473
Cook, Captain James, 6, 10, 135, 189
Cooper, Samuel, 139, 152
Copernican principle:
applied to laws, 372–73
in cosmology, 322–23, 324–31, 333–39
Copernicus, Nicolaus, 62, 66, 111,
112
followers of, 127
rationalism of, 113, 115, 122
and solar system, 116,
116
, 322,
323
Copley Medal, 141,
141
coral reefs, 290
Cornelio, Tommaso, 32, 34–35
cosmological constant, 375
cosmology, 62, 64, 66–67, 322–39
Copernican principle in, 322–23, 324–31, 333–39
cosmos vs., 76
post-Newtonian space, 74–76
theological consequences of, 72–73, 109
and time, 462–63, 465, 474
Cotterill, Rodney, 307
Cowley, Abraham,
The Advancement of Experimental Philosophy,
301
Cox, Stephen, 14
Creation, dating of, 452
Creationism, 80
Crick, Francis, 264–65, 472
see also
Watson/Crick
Cromwell, Oliver, 301
Croone, William, 26, 28
crystallography, 258, 260–61, 270, 271
Crystal Palace, 237
Cumberland, George, 159
cyberfiction, 80
Dale, Sir Henry, 257
Dante Alighieri,
The Divine Comedy,
64,
65
, 81
Darwin, Charles, 134,
164
,
207
and biodiversity, 275–79, 280, 289, 293
bridges crossed by, 219–22, 226
and evolution, 204–6, 208–24, 265, 275, 331–32, 449, 451, 461, 484
on missing link, 39
The Origin of Species,
186, 208, 210–11, 213–14, 216,
217, 220,
221, 274, 275, 276, 277, 293
as Royal Society member, 9
specimens collected by, 201,
281
and Wallace, 211–18, 221, 461
Darwin, Erasmus, 142, 206
and ballooning, 163, 166, 170, 171
The Loves of the Plants,
163–65
Zoonomia,
195
Darwinism:
digital, 222, 224
neo-Darwinism, 221–22
opposition to, 80
Davies, Nick,
Flat Earth News,
409, 414
Davies, Paul, 75, 470
Davis, Philip, 344
Davy, Humphry, 6, 13, 256
de Beer, Sir Gavin, 187
Dee Bridge, 303
Delaval, Edward, 145, 146
Dempster, W. J., 211
Descartes, René, 111,
112
, 127
cosmology of, 22, 26, 62, 73
dualism of, 76
rationalism of, 113, 115, 118, 119n, 122, 124, 128, 315
design:
illusion of, 206, 209
random chance vs., 205–6, 289–93
determinism, 97
Deutsch, David,
The Fabric of Reality,
103
Diamond Light Source, 268–69
Dicke, Robert, 329
Dickens, Charles, 407
Diodorus Siculus, 303
Dirac, Paul, 328–30, 471
DNA:
and biodiversity, 278
building blocks of, 333
and genetic code, 265
and natural selection, 226
recombinant, 315–16
structure of, 224,
225
, 264–66
X-rays of, 256
Dobson, Henry Austin, 457
Doppler shift, 325
Dryander, Jonas, 166, 168
dualism:
of body and soul, 65, 76–77
of Christian vs. Greek heritage, 79
res extensa
vs.
res cogitans,
76
Duggan, G. H.,
240
, 241
DuPont, 311, 312
Dutch Elm disease, 293
Earth:
age of, 450–52, 485
cycles of, 394–98, 400–401, 403, 450, 484–85
energy of, 397–98, 400–401
environment of, 389–91, 401
life on, 328, 331
moon of, 328
objects on collision courses with, 401–2,
407
as planet in peril, 391, 393, 400
roundness of, 386–88,
387
,
388
seen from space, 386–88,
387
, 389, 396, 398, 402–3,
402
ecology, 390
necessity vs. chance in, 278, 279
neutral model of, 289
non-linear interactions in, 290
“Red Queen” model of, 277
Eddington, Arthur, 328, 330
Edens, J., 22
Edgerton, Samuel, 71
Edgeworth, Richard, 170
Edison, Thomas, 9
Eggborough power station,
439
Ehret, Georg Dionysius, botanical print by,
194
, 195
Einstein, Albert, 100, 204, 339, 448,
464
hyperspace theories of, 74, 75
mass-energy equivalent, 371
relativity theories of, 74, 337, 373, 453–54, 470,
471
theory of gravity, 373
thought experiments of, 453
on time and space, 452–56, 463, 465
and unified theory, 472
Eiseley, Loren, 79, 219
electricity, and lightning rods, 140–48,
151
, 152
electrodynamics, 153
Eliade, Mircea, 79
Ellis, Charles A., 242–43,
242
Elton, C. S., 415
embryo research, 317
Embury, Aymar II, 246, 247
empiricism, rationalism vs., 111, 113–21, 122–23, 129
encounter hypothesis, 326–27
Encyclopaedia Britannica,
180
Endeavour,
10, 189–92
end of the world, 406–23
energy:
conservation of, 100–101
“free,” 457
engineers:
and architects, 246–49
construction site visits by, 236–37, 238, 242, 244
ethical responsibilities of, 317
genetic, 154–55, 314–17, 479, 483
group portrait of, 235–36,
236
, 237, 238, 249
in pure vs. applied science, 318–19
of railway bridges, 230–49
Enlightenment, 76
Ent, George, 27
entropy, 457, 460
ethics, 479
Euclid, ideal seen by, 77
Euclidean geometry, 90, 353
Euclidean view of space, 71–72, 74
Evelyn, John, 189, 468
Everett, Hugh, 102
evolution:
blind, 335
as branching tree, 214
bridges to understanding of, 219, 221–22, 224, 226
and Darwin, 204–6, 208–24, 265, 275, 331–32, 449, 451, 461, 484
and Deep Time, 461
and DNA structure, 265
and extinction, 280
and genetics, 222–23, 226–27, 278–79
group selection in, 211, 216
hereditary variation in, 222
of human intelligence, 336
and Lamarck, 206, 214
mutation in, 223, 278
natural selection, 206, 208, 214–15, 218, 219, 221, 223, 226–27, 276, 278, 335, 449, 461
non-random selection, 223
and origins of life, 331–32
and race, 216
series of rules, 277–79
significance of the idea, 211
timescale of, 290
variation in, 278
and Wallace, 211–19, 221
exobiology, 470
explanation:
mathematical nature of, 122, 128
observable facts in, 114–15, 119
rationalist vs. empiricist, 111, 113–21, 122–23, 129
teleology, 110, 111, 117, 119, 120, 126, 129
uses of knowledge, 121–29
extinction, 280,
282
, 283, 461, 480–81
five great extinctions, 289, 480
Fairbairn, William, 233–34,
233
, 235, 236
Faraday, Michael, 256, 266
Faulkner, Benjamin, portrait by,
233
Fermat’s last theorem, 359
Feynman, Richard, 101, 102, 365
Filmer, William P., 242,
242
fingerprinting, 359
fire,
416
Fisher, R. A.,
The Genetical Theory of Natural Selection,
223–24
fisheries management, 291–92,
292
Florey, Howard, 262
Folkes, Martin, 12
Ford, Henry, 311
Forth Rail Bridge, 239,
239
fossil fuels, 398
fossils:
Archaeopteryx,
186–88,
187,
191, 201
and evolution, 461
Mesolimulus,
185,
185
in museum collections, 187–92, 196, 197, 201
at Solnhofen, 184–86,
185
Foster, Norman, 247, 249
Fourier, Joseph, 355
Fourier transform, 355
Fowler, William, 239
Franklin, Benjamin, 6,
168
and ballooning, 158–59, 168–69, 171, 176
Copley Medal awarded to, 141
and electricity, 5, 141, 147, 153
and lightning rods, 140–42, 143–44, 145, 147, 150, 153
Franklin, Rosalind, 256, 264
Franzoni, Carlo,
Clio
sculpture by, 446,
447
free will, 93–94, 97
French Academy of Sciences, 166
French Revolution, 154
Freud, Sigmund, 77, 79
Fries, Elias, 196
fuel efficiency, 358