Ideas and Integrities

Index

Index

1 Absolute debt, impossibility of, 144 Abundance, human use of, 247 Accelerations in wealth augmentation, 21-22

2 Accounting system for livingry, 500 Advertising and industrial design, 76-77 , ,

3 Air, environmental controls of, 55, a- , 57'58 Aircraft:

4

5deliveries by, 27 as environmental controls,

6, 57-58 military priority of, 58 Sputnik and, 58, 293

7 Aircraft industry: architectural training and, 74-75 in Britain, 293 change in, 298-99 expenditures for, 58, 253, 293 influence of marine technology on, 122, 133, 267 military priority of, 58 total industrial equation as, 59

8 Alloying strength, 178 See also Synergy

9 Alternating experience, 21-22, 27, 227-29

10See also Experience

11 American literature, Margaret Fuller on, 69-71

12 American Unbuilding Program, 104

13 Anachronisms, social, 285-90 Animal husbandry, 206 Anti-trust laws, 297 Architects:

14

15education for, 73-76, 81, 277 function of, 83

16 research by, 83-84, 255

17 in world planning, 250-55, 257 Architectural schools:

18

19educational strategy for, 83-84, 255 ,

20 limitations of, 83 Architecture:

21

22Bauhaus, 9, 29-33 class warfare and, 291 patrons in, 245

23 Art, pure, 180

24 Asiatic commitment to death, 130 Atreus, tomb of, 155

25 Automation and man's future, 54- 55, 246, 281, 289

26 Automobile industry, industrial design in, 76-77

27 Balloon skin, spherical netting in, 169

28 Basketry domes, 149

29 Bauhaus international style, 29-33 influence on Fuller, 9, 29 plumbing fixtures in, 32-33 superficiality of, 30-32

30 Bellinger, Commander P. N. L., 18 Bierman, Barry, 148

31 Boats, common ancestry of, 129 See also Ships

32 Bridges, suspension, 170

33 British aircraft industry, 293

34 Broun, Heywood, on Margaret Fuller, 68

35 Building industry: in 1920’s, 23-24 New Deal and, 82 socialism in, 82 See also Housing

36 Buildings:

37

38as environmental controls, 55-56 pre-assembly of, 215, 268-72 stationary aspect of, 91-92, 267- 68

39 Business executives:

40

41fixation on death of, 105 money-grubbing by, 98-99,101 social failure of, 100

42 Camping with geodesic structures, 214-16

43 Capital underwriting, 299 Cartography, see Map projections Chemistry, 65

44 architectural training and, 74-76 China, domes in, 165 Chordal-edged tetrahedronal structures, 167

45 City planning:

46 domes in, 220

47 as world planning, 79

48 Civilization:

49

50major pool of, 125 spearheads of, 125-32

51 Class struggles, 281-82, 285 architecture and, 291

52 Cleanliness:

53

54fetishizing of, 114 religious codes and, 115-16

55 Cold war and livingry, 196

56 Commerce and industrialization, 39,

57 Compound curvature in geodesic structures, 217-19

58 Comprehensive anticipatory design science:

59 definition of, 63-64

60 in geopolitics, 79

61See also Designing

62 Comprehensive Designer, 173-82 acceptance of, 181 qualifications of, 176 specialists and, 174 tasks of, 173, 182 See also World planning

63 Comprehensive man, 72-84 architectural research by, 83-84 education for, 72-76, 79-82 geopolitics and, 79-82 industrial design and, 79 world planning and, 79

64 Compression, tension juxtaposed with, 212

65 Conception and potential advantages, 16

66See also Intellect

67 Conservation of Intellect, law of,

68 3

69 Contiguous displacement acceleration, 21-22

70 Continuous man, 278-301 definition of, 282 features of, 283 intellectual capability of, 284

71 Copper, 96

72 in obsolete equipment, 98, 143 Corporations, steel held by, 98-100 Costs of geodesic structures, 215, 224

73 Craft arts:

74 definition of, 37

75

76industrial equation compared with, 38

77 ‘‘Credit’’ system and housing, 105 Cyclic events:

78 frequency of, 238-42

79 in geographic environments, 241

80 Darwin, Charles, 306 Darwinian theory, 251, 306 Death:

81

82Asiatic commitment to, 130 fixation on, 105

83 Debt, absolute, impossibility of, Decentralization, 193,199

84 De Forest, Lee, 15

85 Delivery of building sub-assemblies, 215, 268^69

86 Design process, ideologic, 14, 16-

87 -17

88 Designing:

89

90comprehensive anticipatory, 63- 64> 79

91direct patronage, 33 functions of, 189-90 inefficient, 96-97 forlivingry, 183-98 prime, 244-49 world planning and, 261-63

92 D.E.W. Line geodesic radomes, assembly of, 292

93 Dhow builders, 129-30 Differentiation and integration, 226

94 Direct patronage designing, 33 Disarmament, future acceptance of, 294-96

95 Disemployment and automation, 54-55, 246, 281

96 Distance, alterations in, 50-51,197- 98 3ř5

97 Domes, 146-72

98

99assembly of, 279-80, 292-93 building of, 153-56, 278-81 cities and, 220 growing use of, 278-81 history of, 149-62 ice, 52-53,149-50 Mycenae tholus, 155-56 in Nature, 146-47, 219-20 permanence of, 154 plastic fibreglass, 268 symbolic nature of, 148-49 technical advantages of, 169-72, 213, 216, 220-24

100 types of:

101

102Class One, 162-65 Class Two, 162-64

103See also Geodesic (Tensegrity) structures

104 Dwelling containers: features of, 109 future of, 296-97 materials in, 111-12

105 mobility of, 111

106 single family, 112 Dymaxion House in Russia, 195 Dymaxion map projections, i23n.,

107 140-41

108 Dymaxion technology of 1927, 27 Dymaxion 4D transports, 20 Dynamic systems, 200-3 dwelling containers as, 111 structural, 94-95

109 Earth, circumnavigation of, 151, 197

110 East:

111 attitudes of, 131

112 migrations in, 125-30

113 West and, 125,130 Ecology, definition of, 305 Economic changes, current, 31 Economic geography:

114 development of, 79-80 importance of, 79, 81-82 Education, 72-76, 231 architectural, 73-76, 81,83-84 future, 112,276-77 in Russia, 196 specialists and, 72-73

115 Egotism as modern rule of behavior, 60

116See also Darwinian theory Egyptians:

117

118mountain-chambering by, 157 sun ships of, 160-di

119 Einstein, Albert, energy equation of, 55, 185-86, 201-2, 211, 273> 3ř3 ,

120 Electronics technology, gestation lags in, 37

121 Emergencies:

122

123permanent, 208 role of, 22, 51, 207

124 Emerson, Ralph Waldo, opposes industrialism, 67

125 Energetic geometry, Fuller’s research in, 20-21

126 Energy:

127

128Einstein’s equation for, 55, 185, 201-2, 211

129 extension of, 186

130 Energy (cont.) forms of, 177, 221 increasing availability of, 144 scientific control of, 93 states of matter and, 55-57 wealth and, 303

131 Energy-Bome Commonwealth of Humanity, 93

132 Energy consciousness, 113, 211-12

133 Engineering:

134 functions of, 191

135 patrons in, 245

136 English aircraft industry, 293

137 Entropic energy traffic, 159 Environment:

138 control of, 55-58

139 man’s alteration of, 51

140 Environmental controls, types of, 55'58

141 Epochal transformation of man, 179-81

142 Eskimo igloo, 149

143 Essential motion, philosophical concept of, 92

144 Exchange, early forms of, 60

145 Experience:

146

147alternating, 21-22, 27, 227-29 classification of, 236 consolidation of, 144 importance of, 48,177 personality and, 239, 242

148 Faith of man in man, 144-45

149 Family housing, see Single family housing

150 Fashions in automobiles, 76-77

151 Financing home construction by government, 183-84

152 Finite local system theory, 158-60

153 Flight, stratospheric, 134-35

154See also Aircraft

155 Fluid geography, 119-41 cyclic events and, 241 Dymaxion projection and, i23n., 140-41

156

157map projections for, 122-25, 136- 41

158 Force patterning categories, 159-60 Ford Motor Company domes, 278 Formula of Physical Universe, 186 Free enterprise, business hypocrisy toward, 100

159 Fuller, Buckminster, 9-66 adolescence in Canada, 11-12 attitude toward politics, 25 Bauhaus international style and, 9’ 29'33

160

161boyhood in Maine, 9-11 commercial experiences of, 21, 43 .

162construction experiences of, 23- 24> 44

163death of first daughter, 23, 42-43 dedication to anticipatory laboratory research, 62-66

164discovery of ‘‘Octet’’ truss, 20-21 early poverty of, 44, 47 early speculations of, 20-21, 25- 28

165electronics experience of, 15 faith of, 45

166first design invention of, 10 friends of, 46

167in Harvard University, 13, 41 inner conflicts of, 46-48 moratorium on speech, 47-48 Navy experiences of, 13-20, 42-

16843 predictions of, 85-118, 276-77 research studies of, 35-40, 51-52,

16959 visit to Russia, 280-81 work with Lee De Forest, 15 youth of, 41

170 Fuller, Margaret, prophecy of, 67- 71

171 Fundamental principles, importance of, 227

172 Genocide in Russia, 195-96

173 Geodesic (Tensegrity) structures: camping with, 214-16 compound curvature in, 217-19 cost of, 215, 224 definition of, 170 great circles and, 217-18, 220

174

175growing use of, 278-81 inherent strength of, 169-72 technical advantages or, 213, 216, 220-24

176transporting, 215, 269, 279,292 See also Domes

177 Geography (fluid), 119-41 cyclic events and, 241 Dymaxion projection and, i23n., 140-41

178 map projections for, 122-25 Geometry, energetic and synergetic,

179 20-21

180 Geophysical patterns: man’s alteration of, 40-41 nature of, 79-82

181 Geopolitics:

182 development of, 79-80 importance of, 70, 81-82 Germans, wealth or, 302 Gestation lags in industrial equation, 36-37

183 Gnomonic projections, 139 Golden Rule, limitations of, 60 Grand Central Station in New

184 York, critique of, 95-96 Gravitation, energy as, 177 Great circle, 167

185

186geodesic structures and, 217-18, 220

187 Group principle, specifics of, 239- 42

188 Haushofer, Karl, 80,133 Heartland, 80

189 Heat balance, domes and, 221-22 Housing:

190

191in comprehensive designing, 27 financing, 183-84 future, 90-97, 104-6,109-13 importance of, 89 mobility in, 92-93 mortality from lack of, 187,195 New Deal and, 82 in 1920’s, 23-24 predictions on, 85-118 prefabricated, 183,185 rising priority of, 193-94 in Russia, 195,197 single family, 112,205,224 static concept of, 204-5 suburban, 31 technical backwardness in, 207 war and, 86-87,10^

192 Hunting, 206

193 Hydraulic systems, structural, 94- 95

194 Ice domes, 149-50,152-53 Icosahedron, 168 Igloo, Eskimo, 149 Ignorance:

195a priori, 229-30

196 elimination of, 231

197 inertia of, 73

198 Indian Ocean sea pirates, 151 Indirect industrial realization, principle of, 61-63

199 Individual:

200

201average, 59-60 freedom of, 117 functioning of, 59

202 Indo-China as major pool of civilization, 125

203 Industrial businessmen: fixation on death, 105 money-grubbing by, 98-99 social failure of, 100

204 Industrial design, myth of, 76-78 Industrial equation:

205

206advantages of, 51-55 aircraft industry as, 59 components of, 177-79 comprehensiveness of, 38-39, 53 definition of, 25,187 distance and, 50-51 effects of, 40, 50 functions of, 187-88 gestation lags in, 36-37 indirect realization in, 61-63 regenerative function of, 54

207 Industrial tools:

208 craft tools compared with, 38 definition of, 37 words as, 39,47 Industrialization, 12

209

210emergencies and, 36, 52 factors in, 38-39

211 Industrialization (cont.)

212

213See also Technological development

214 Industry, see Industrial equation

215 Integration and differentiation, 226 Intellect:

216 conservation of, 303

217 importance of, 306

218 International style, see Bauhaus international style

219 International Trade Fair Geodesic

220 Pavilion, 279 International Union of Architects,

221 255

222 Jet-stilt transport, 20

223 Kaiser dome, 279-80

224 Khrushchev, Nikita:

225

226on domes, 280 strategy of, 295-96

227 Killingry, historic pattern of, 245-

228See also War; Weaponry

229 Labor:

230

231automation and, 54-55, 246, 281, 289

232 work week and, 285

233 Lags:

234 gestation, 36-37

235 in housing, 91

236 Land:

237

238environmental controls of, 55-56 viewpoint acquired on, 119-21

239 Landslubber (landsman), static viewpoint of, 119-21, 137

240 Language:

241 exploitation of, 117

242

243as industrial tool, 39,47 relativity and, 233-34

244 Literature, Margaret Fuller on, 69-

245 , 71

246 Livingry:

247 accounting system for, 300

248

249cold war and, 196 growing priority of, 246-47 rising priority of, 192-93, 294-96

250 technology for, 270

251 wealth and, 190

252 Local systems, properties of, 158-60 Logistics, definition of, 185 Lonberg-Holm, Knud, 291

253 Mackinder, Sir Halford, 133 geopolitical concepts of, 79-80

254 Mahan, Rear Adm. Alfred Thayer, 132

255 Malthus, Thomas, 306

256 Malthusian theory, 250-51, 306 Man:

257

258alternating experience in, 21-22, 27, 227-29

259a priori ignorance in, 229-30 automation and, 54-55 cerebral advantages of, 89 changing distances for, 50-51, 197-98, 305 comprehensive, 72-84 continuous, 278-301 control over nature, 52-53, 55-58 environment altered by, 51 epochal transformations of, 179- 80

260 experience and, 239, 242

261

262future energy consciousness of, X13

263geophysical patterns altered by, 40-41

264lack of consciousness in, 244 linear paths of, 209 mechanized mobility of, 200 mobility of, 199-200

265scientific capability of, 58, 225- 26

266 sensory range of, 202-3 technical capability of, 58 transformations of, 174-80 universe modified by, 225-26 Management, class warfare by, 285 Map projections:

267

268Dymaxion, 123m, 140-41 dynamic concepts of, 136-41 picture psychology in, 123-25 static concepts of, 137

269 Marine technology, 121-22 extension to land, 133, 266

270

271influence on aviation, 122, 122, 267

272mass production in, 264-66 pioneering role of, 122, 266 See also Shipbuilding

273 Marx, Karl, errors of, 54

274 Mass-energy formula, 55, 185, 201- 2, 211 extension of, 186

275 Mass production, 97 in marine technology, 265-66 origin of, 264

276 Maury, Lt. Matthew Fontaine, 132

277 Medicine, anticipatory laboratory research in, 63-64

278 Mercator’s map, usefulness of, 135

279 Metals in obsolete equipment, 97- 99

280 Migrations of populations, 125-32 Minni-Earth, uses of, 257-61

281 Mobility:

282

283in housing, 92-93,111 of man, 199-200 mechanized, 200

284 Moguls, 127

285 Moral codes and sanitary requirements, 115

286 Mountain-chambering, 157 Mycenae tholus, 155-56

287 Nature:

288

289control of, 52-53, 55-58 domes in, 146-47, 219-20 man’s advantage over, 52-53 synthetics and, 75-76

290 Navigation, ancient, 151-52

291 Nehru, Jawaharlal, 173

292 New Deal and housing, 82

293 New York City, population potential of, 248

294 Newtonian concepts, 273

295 ‘‘Octet’’ truss, 20-21

296 OM root relationships, 148

297 Patronage designing, 33

298 Performance ratios per weight of products:

299 building and, 267

300 importance of, 53

301 rationing of, 57

302 Personality and experience, 239

303 Pirates, Indian Ocean, 151

304 Planck, Max, 303

305 Planning, world, see World planning

306 Plastic fibreglass domes, 268

307 Politics, limits of, 173

308 Polyhedra:

309 increasing trussed faces of, 168

310 subdivisions of, 166-67

311 as tensionally finite systems, 168-

312 70

313 Population explosion, 252

314 myth of, 248

315 Populations:

316 increase in, 209

317 migrations of, 125-32

318 shuttling of, 210

319 Postwar housing:

320 predictions on, 90-97, 104-6,

321 109-13, 118

322 volume of, 109

323 Potential advantages, conception- ing in, 16

324 Pre-assembly:

325 of buildings, 268-71

326 trending in, 264-71

327 Predictions:

328 general, 276-77

329 on housing, 90-97, 104-6, 109-13

330 Prefabricated houses:

331 cunent failures, 183

332 designing, 185

333 Priest-navigator conspiracy, 151

334 Prime designing, 244-49

335 tasks of, 248-49

336 Radiation, energy as, 177,221 Radio technology, gestation lags in,

337 Railroad technology:

338 gestation lags in, 37

339 marine technology and, 133

340 Ranch houses, 31

341 Referendum voting, 113

342 Regenerative function, 242 in industrial equation, 53-54 in teleologic design processes, 14

343 Relativity principle:

344 classification and, 236

345

346extension of, 231-36, 298 language and, 233-34

347 Religious codes and sanitary requirements, 115-16

348 Renner, George T., 122

349 Research, architectural, 83-84, 255 Resources:

350 above ground, 143

351 in obsolete equipment, 143-44

352

353in preferred complex patterns, 4ř

354 Reuther, Walter, 197

355 Russia:

356

357disarmament and, 295 domes in, 165, 269 education in, 196 genocide in, 195-96, 280-81 housing in, 195, 197 industrialization of, 282 social anachronisms in, 289-90

358 Saflormen, cosmic viewpoint of, 119-21, 134-39

359 St. Louis dome, 281

360 Salk, Jonas, 63

361 Sanitation:

362 religious codes and, 115-16

363 wastes from, 113

364 Science:

365 capability of, 58

366

367function of, 188-89 ivory towerism in, 245 methods of, 226, 243 pure, 180

368 Scrap, future recycling of, 102

369 Sea:

370

371environmental controls of, 55-57 technology and, 121,133 viewpoint acquired from, 119-21

372 Shipbuilding:

373 early, 264-66

374

375industrial design and, 78 See also Marine technology

376 Ships: common ancestry of, 129 distance and, 51 early forms of, 160-61 as environmental controls, 55-

377 57

378 European designs of, 29

379 Sicilian domical tomb-chambering, *57

380 Simple curvature, principle of, 216- *7

381 Single family housing: backwardness of, 205 dwelling containers for, 112 geodesic structures as, 224

382 Site planning, 91

383 Smith, Baldwin, 148

384 Snow, C. P., 67

385 Social anachronisms, 285-90

386 Social initiative, need for, 174-76, o 245

387 Socialism:

388

389austerity and, 251 in building industry, 82 obsolescence of, 304 United States and, 293-94

390 Soviet Union, see Russia

391 Space technology, livingry arts from, 720

392 Specialization, problem of, 72-75

393 Sputnik, 164, 246

394 airplanes and, 58

395 Steel, waste of, 99-100

396 Steel technology, gestation lags in, 37

397 Stettinius, Edward, on housing problem, 186

398 Stratospheric flight, 134-35

399 Structural composition, dynamic systems of, 94-95

400 Sub-assembly in building, 215, 268- 72

401 Suburban ‘‘international-ranch’’ construction, 31

402 Sun ships of Egyptians, 160-1

403 Surfaces, inherent strength of, 169- 72

404 Suspension bridges, tensile capabilities of, 170

405 Synergetic geometry, Fuller’s research in, 20-21

406 Synergy, 188: definition of, 65, 239 examples of, 65-66,178 as inherently surprising, 240

407 Synthetics and Nature, 75-76

408 Technological development: acceleration in, 21-22 architectural training and, 74-76 of boats, 129-30 distance and, 50-51 domes in, 146-72 emergencies and, 22, 51, 207 gestation lags in, 36-37 invisibility of, 275 for livingry, 207 peace and, 207 sea and, 121 transformations in, 179 war and, 207 See also Marine technology

409 Teleologic design processes, 16-17 regenerative, 14 in world design evolution, 26

410 Teleologic stimulation, definition of, 9

411 Tensegrity structures, see Domes; Geodesic (Tensegrity) structures

412 Tension structures: components for, 95 geodesic, 166-72, 213 technical advantages of, 170-72, 212-13, 216, 220-24

413 Tetrahedronal structures: definition of, 166 features of, 167-68

414 Thermals, 57-58 Tholus, Mycenae, 155-56 Thoreau, Henry David, opposes industrialism, 67

415 Tin, above-ground stores of, 40-41 Total Thinking, 90, 224-43 Town planning: domes in, 220 as world planning, 79

416 Transformations of man, 174-80 Transportation:

417

418of building sub-assemblies, 268- 69

419of geodesic structures, 215, 269, 279, 292

420 Travel:

421

422industrial equation and, 39 omnidirectional, 216

423 Truss:

424 ‘‘Octet,’’ 20-21

425 origin of, 171

426 Trusts, steel held by, 98-100

427 Truth, Margaret Fuller on, 70 Turnover and turnabout, 21-22, 27, 227-29

428Two Cultures (C. P. Snow), 67

429 Unemployment and automation, 54-55, 246, 281

430 United States:

431

432cultural changes in, 273-74 declining position of, 300 design blindness in, 29 social anachronisms in, 285-90 socialism and, 293-94 technological changes in, 275-76 waste of metals in, 96-99 world planning and, 81

433 Universe, human modifications of, 225-26

434 Universities, architectural research in, 83-84

435See also Architectural schools

436 Venice, shipbuilding in, 264-66 Vessels:

437 history of, 160

438 properties of, 158-59

439 Viking ships, 161

440 Voting by referendum, 113

441 War:

442 housing and, 86-87,106

443 priorities in, 52

444

445technological development and, 207

446 total, 208

447 Waste:

448

449inefficient design and, 96-100 of sanitation cycle, 113

450 Wealth:

451

452constituents of, 303 definition of, 142,190 infinite magnitude of, 246 livingry and, 190, 247 nature of, 302-3

453 Wealth augmentation, 142-45 accelerations in, 21-22 formula for, 143 by prime designing, 248 See also Industrial equation

454 Weaponry:

455 declining position of, 294-96 historic pattern of, 245-46 modern systems of, 277 Weight, importance of, 53 West:

456

457attitudes of, 131 East and, 125,130

458 White, Thornton, 150-51

459 Whitehead, Alfred North, on education, 72-73

460 Wood:

461

462as housing material, 193 permanentizing of, 161

463 Words:

464

465exploitation of, 117 as industrial tools, 39, 47

466 Work patterns, obsolete types of, 286-88

467 Worker, automation and, 54-55, 246, 281, 289

468 World planning, 25, 256-63 architects in, 250-55, 257 design programs for, 261-63 geopolitics in, 79-82 Minni-Earth for, 257-61 potentials for, 256 sources of data for, 260

469 World War II as a World Civil War, 107-8

470 World-Wide Dwelling Service, functions of, 109-11