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Ïîèñê ïî óêàçàòåëÿì |
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Rosenfeld B.A. (Author), Shenitzer A. (Translator), Grant H. (Assistant) — A history of non-Euclidean geometry: evolution of the concept of a geometric space |
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Ïðåäìåòíûé óêàçàòåëü |
Killing, Wilhelm 353—354
Kinematics 272—273
Kirkman, Thomas Pennington 421
Klein Erlangen program 257 338—339 348 414
Klein on pseudo — Euclidean space 372
Klein, Felix 203—204 236—239 296—297 300 338—344 346 363
Klein, Oscar, Klein — Gordon equation 381
Klimanova, Tamara Mihalovna 379
Klingenberg, Wilhelm 406
Knorre 219—220
Kolmogorov, Andre Nikolaevi 308
Kolokol’ceva, Inna Ivanovna 411
Kotel’nikov, Aleksandr Petrovi 209 363 376 397—398 420
Kotel’nikov, Petr Ivanovi 219
Kren, Mark Grigor’evi 278—279
Kubesov, Audanbek 8n.
Kummer, Ernst 402—403
Kundur, ‘Amid al-Mulk 20
Kuratowski, Kazimierz 307
Kuznecova, Tat’yana Anatol’evna 418
Kybokybos 153
Lagrange, Joseph Louis 147 150 180 185 327 390 415
Lagrange, Lagrange’s theorem 329
Lagrange, Lagrangian submanifolds 415
Laguerre, Edmond 275 296 344
Lam, Gabriel 401—402
Lambert, Ibn al-Haytham — Lambert quadrilateral 59 91 100
Lambert, Johann Heinrich 59 65 83 99 101 203 227 230
Lapkovski, Anatoli Kuzmi 381
Laplace, Pierre Simon 282n. 377 390
Laptev, Boris Luki 101 288n.
Lasker, Emmanuel 260
Latitude 2 12—13 15 20 123 125
Latitude, of a point 33—34 128—130 231
Lattices 192
Laugwitz, Detlef 279
Lefschetz, Solomon 304
Legendre, Adrien Marie 103—108
Leibniz, Gottfried Wilhelm 171—177 passim 184 186 197—203 211—212 253 280 301- 302
Lenin, Vladimir Il’i 199 205 270
Letnikov, Alekse Vasil’evi 221
Leucippus 190—191
Levi ben Gerson 90—92 94—95
Levi — Civita, Tullio 310 316—317
Levi, Elia 353
Lexell, Andrei Ivanovi 33—34
Libra constellation 2n.
Lie algebras 351—353 403—404 413
Lie groups 277—278 321 349—366 369 377 407—410 412
Lie, Sophus 203 338 344 380 399 415—418 422—425
Light medium 265 312 334
Limit circle 207 230 232—233 238 241—244
Limit sphere 207 217—218 230 245
Limits 108 280 305 371—372 377
Linear complections, mutual disposition of 302
Linear sets, theory of 304—305
Linear substitutions 248—249
lines 39 109 160 211 213 228—230 241 244—246 298-300
Lines, bounded 204
Lines, bundles of 342
Lines, imaginary 296
Lines, isotropic 370
Lines, linear element 288—289 291—293 295 309 334 338 348
Lines, motion of 201
Lines, orthogonal families of 147 283
Lines, parallel 133 136 142 146 206—210 214 220 289
Lines, straight 115—121 132—135 142 170—171 183 215 251—267
Lines, world-line 270—271
Liouville, Joseph 150—151 282n. 328 343—344
Lipschitz, Rudolf 396 409
Listing, Johann Benedict 173 203 301—302
Lobaevski, Nikolai Ivanovi 188 203—214 217—218 266—268 276 300 315
Loci 138 162—163 170 192
Lomonosov, Mihail Vasil’evi 185—186
longitudes 20 33—34 128—130 231
Loops 412
Loos, Ottmar 364
Lopi, Abram Mironovi 279
Lorentz, Hendrik Antoon 265—266 270—271 277—279 418
Lucretius Carus 117 182
Lure, (Loria), Solomon Yakovlevi 92n.
Lyapunov, Aleksandr Mihallovi 276
L’Hospital, Guillame Franois Antoine de 282
L’Huillier, Simon — Antoine — Jean 34 302
Mbius, August Ferdinand 149—151 180 322 340
Mller, Johann see Regiomontanus
Mach, Ernst 201—205 268 315—316 426
Magnitudes 38 69 186—198 218 251—253 303
Mahmud, of Ghazna (Ghaznaw) 16 17
Maimonides, Moses 40 193—194
Malyutin, Viktor Viktorovic 413
Mal’cev, Anatoli Ivanovi 350 412
Mamedbeli, Gabibulla Jafar-kulu oglu 80n.
Mamikonyan, Vaghan 42
Manifolds 251—253 257—261 277 289 295 319 325 334—350 406—407
Manifolds, Banach 279
Manifolds, cellular decomposition 425—426
Manifolds, directed length in 268
Manifolds, flag 367 369
Manifolds, function space 273
Manifolds, homology theory of 308
Manifolds, Lagrangian submanifolds 415
Manifolds, multidimensional 302—304
Manifolds, of lines 363—364
Manifolds, of unit bivectors 397
Manifolds, triple 204
Mapmaking 127 130
Mappings 115 130—131 147—151 178 283 321—322 330
Margha astronomical observatory 81 86
Markina, Larisa Mihailovna 380
Marx, Karl 198 314
Marzubn ibn Rustam 17
Mas‘d ibn Mahmd of Ghazna 17
Mathematical atomism 194—196
Mathematical logic 172—173
Mathematical physics 276
Mathematics, universal 169—170
Mathieu, Emile 423
Matrices 235 248 258 277 351—369 389—391 407—416
Matter 309—314 319
Matvievskaya, Galina Pavlovna 57n.
Maurolico, Francesco 168
Maxwell, James Clark 394
Ma’mm, ruler of Gurganj 16
Mechanics 135—136 172 180 185 201—202 265 415
Mechanics, classical 141 174—177 312 316
Mechanics, Euler’s book 282
Mechanics, Grassmann’s concepts applied 252
Mechanics, Mach’s book 204
Mechanics, of more than 3 dimensions 261
Mechanics, on par with geometry 215
Mechanics, Poincar’s contributions 268—269
Medvedev, Boris V. 427
Menelaus 4—5 7—10 15—17 20 39 148
Menger, Karl 308
Meridians 12—13 36 129—130 283
Metaphysics 199 201
Metric relations 41
Metrical groundform 264
Metrics 242 296—297 300 311 361 362 364 372
Meyerson, Emile 316
Michelson experiment 265—266
Minding, Ferdinand 286—289 295
Minkowski, Hermann 229 265 267 418
Mixed proportion, rule of 19
Moz, Ali — Reza Amir 64n.
Moisil, Grigore Constantin 378
Molin, Fedor Eduardovic (Molien, Theodor) 403—404
Moments 197—198 252
Monads 185
| Monge, Gaspard 147—150 283 343
Mongols 20—21 74 86
Montgomery, Dean 350
Morozov, Vladimir Vladimirovi 367
Motions 2 201—202 323 336 338—340 347—348 366
Motions, absolute earth 265—266
Motions, and extended manifolds 251
Motions, composition of 174—175
Motions, diurnal 125—126 128n.
Motions, groups of 241 344—348 362 372 410 420
Motions, Klein’s definition 297
Motions, necessary for sense impressions 212
Motions, of matter 301
Motions, plane 52 115 140 144—145 225 238 270
Motions, planetary, law of 136 175
Motions, represented by world-line 268
Motions, simple 60—62 92 176 177
Motions, twist 398 420
Motions, use in geometry 65 92 110—112
Multiple continuality, theory of 253—257
Multiplicative principle 155—156 158
Multipliers 263
Murdoch, John 81
Museion 35
Mutakallimun 193—194
Mutazila 193
Ngeli, Karl Wilhelm 189
Namark, Mark Aronovi 366—367
Nabonassar, era of 1
nadir 2 125 130
Nasr al-Dn, Sadr al-Dn ibn Khwja 81
Natakala 12
Negatives (negata) 163—164
Neighborhoods 291—292 306—308 317 320—321 349-351
Neumann, John von 277 350 379
Newton central projection curves 140—144 149
Newton gravitational mechanics 202 315 316
Newton, Isaac 108 184—186 197—198 200—201 258 347 375
Nicolosi of Paterno 128n.
Nikitina, Lyudmila Sergeevna 380
Nilpotent elements 399 404
Noether, Max 259—260
Nomizu, Kakumi 366
Nomograms 127 130
Norden, Aleksandr Petrovi 215 378
Novikov, Serge Petrovi 380
Null-system 150
Numbers 14 151—152 191 287 319 329 394—411
Numbers, Betti 426
Numbers, Cayley (octaves) 250—251
Numbers, complex 146 166—167 169 177—179 241 243—244
Numbers, Hamilton number pairs 166—167
numbers, imaginary 207 219
Numbers, natural, extraction of roots 154
Numbers, split complex 363
Obtuse-angle hypothesis 68 76 83 91 98—100 104 218
Octahedra 256 345—346
Octaves 251 346 386—388 403 411—412 415
Odonis, Gerald 196
Olbers, Heinrich Wilhelm 215
Operators 273 277—278 310 353 390 393—394 426
Optics 124 134—135 175 265 334
Order 259 262 402 407
Ordinate to a diameter 115
Oresme, Nicole 161
Orlovskaya, Tafyana Glebovna 410
Orthogonality conditions 248 274
Orthography (elevation) 117 134
Ortive amplitude 13—15
Osipovski, Timofe Fedorovic 188 189 209 218
Ostrogradski, Mihail Vasil’evi 208—210 247—249 323
Ovsyannikov, Lev Vasil’evi 380
Pacioli, Luca 156 158—159
Pappus 33 114—115 117 119—121 136 140 148
Parabolas 113 116 127 132—136 140—144 146 347
Paraboloids 113 246
Parallel postulate (fifth postulate) 40—109 206 221 227 262
Parallelepipeds 156 195 252 255 396
Paralleleschemes 255
Parallelism 8 121 131 221 230 258 316
parallelograms 37—44 passim 50 87—89 174—176 252 292 298
Parameters 218—219 351 364
Parasphere 217
Parnasski, Ivan Vasil’evi 376 378
Parseval, Marc Antoine 274
Parting 165
Pascal, Blaise 140
Pasch, Moritz 63 89 92 261—262
Pauli, Wolfgang 278 318
Paulos (Paulisa) 11
Peano, Giuseppe 261 263 333
Peirce, Benjamin 398—399
Pelletin, Jacques 159
Penrose, Roger 420
Permutations of roots 327 329—330 332 352 397
Perpendiculars 10 11 50—109 165—166 169 240 266—267 279
Persic, David Borisovi 416 418
Perspective ranges 121
Petitio principii, logical error of 38 42 45 50 64 90
Petrosyan, Garegin Bahievi 42
Pfaff, Johann Friedrich 324
Philoponus, Joannes 124 182
Physics 272—273 301
Picard, Emile 380
Pieri, Mario 261
Pimenov, Revolt Ivanovi 378
Pincherle, Salvatore 273
Pisano, Leonardo 155—156 167
Plcker transfer 363 422
Plcker, Julius 236 253 258—260 342 347 408
Planck constant 277
Planes 147—152 passim 228—259 282—298 304 342 347 361 363 416
Planes, figures, mutual bisection 4
Planes, Lobaevskian 93 211 224 226 264 341
Planes, loci 115
Planes, orthogonal 419—420
Planes, parallel 2
Planes, projective 133—134
Planes, pseudo — Euclidean 270
Planets 1 136 175
Planimetry, non — Euclidean 288—289
Plato 2 181—182 186 196 208
Pococke, Edward 97
Poincar interpretation of Lobaevskian planes and space 363—363
Poincar objective reality 381
Poincar polynomials 423 425
Poincar relativity principle 268—270
Poincar, Euclidean geometry as simple 315
Poincar, Henri 173 229 239—246 260 265—266 304 366
POINTS 146 150 191 211 228—238 259 291 341 416
Points, and non — Euclidean space of Riemann 295—296
Points, antipodal 242 264 314 344
Points, at infinity 133—134 136 140
Points, concyclic 109
Points, contiguous 405—406
Points, corporeal 160
Points, ideal 402
Points, world-points 267—268
Poisson, Simon Denis 351
Polar axes 298
Polar conjugates 250 298
Polar of the point 138 140
Polars, reciprocal 398 420
Poles 2—4 19—21 29 34 138 140 242—243
Poles of the plane 297 299 341 343
POLYGONS 27—31 113—114 132 382
Polyhedra 35 181—182 186 302 304 344—346 357
Polyhedra, multidimensional 255—256
Polynomials 140—141 147 425—426
Polyschemes 255
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