SOURCES FOR THE HISTORY OF SPACE CONCEPTS IN ... - CBPF
SOURCES FOR THE HISTORY OF SPACE CONCEPTS IN ... - CBPF
SOURCES FOR THE HISTORY OF SPACE CONCEPTS IN ... - CBPF
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44 <strong>CBPF</strong>-NF-084/96<br />
– JAOUICHE, Khalil: La théorie des parallèles en pays d’Islam: contributions àlapréhistoire des<br />
géométries non–Euclidiennes, Paris,Vrin.<br />
– LUZI, Emilio (a cura di): Spazio e tempo, Bologna, Cappelli Ed.<br />
– PANKOW, Gisela: L’homme et son espace vécu, Paris, Éd. Aubier–Montaigne. Portughese<br />
translation: O Homem e seu Espaço Vivido — Análises Literárias, Campinas, Papirus, 1988.<br />
– RUCKER, Rudy: The Fourth Dimension and how to get there, London, Penguin Books.<br />
– SANTOS,M.&DOSSANTOS,M.A.(org.):Oespaço interdisciplinar, São Paulo, Nobel.<br />
–SCHRÖD<strong>IN</strong>GER, Erwin: Space–Time Structure, Cambridge, Cambridge Univ. Press.<br />
– SCHW<strong>IN</strong>GER, J.S.: Einstein’s legacy: the unity os space and time, N.Y., Scientific American<br />
Library, Freeman.<br />
–SORABJI,Richard:Time, creation, and the continuum — theories in Antiquityand the early<br />
Middle Ages, Ithaca, Cornell Univ. Press.<br />
–SZAMOSI,Gésa: The Twin Dimensions: Inventing Time and Space, New York, McGraw–Hill.<br />
Cf. SZAMOSI, 1988.<br />
b.<br />
– BHANOT, G. & SALVADOR, R.: “Ising Gauge Theory in 3.9999... Dimensions”, Physics Letters<br />
B 167, No. 3, pp. 343-346.<br />
– GASPER<strong>IN</strong>I, M.: “Broken Lorentz symmetry and the dimension of space–time”, Physics Letters<br />
B 180, No. 3, pp. 221-224.<br />
– GRASSI, A., SIRONI, G. and STR<strong>IN</strong>I, G.: “Fractal spacetime and blackbody radiation”, Astrophysics<br />
and Space Science 124, pp. 203-205.<br />
– JARLSKOG, C. & YNDURÁ<strong>IN</strong>, F.J.: “Is the Number of Spatial Dimensions an Integer?”,<br />
Europhys. Lett. 1 (2), pp. 51-53.<br />
–MÜLLER, Berndt & SCHÄFER, Andreas: “Improved Bounds for the dimension of space–time”,<br />
Physical Review Letters, 56, No. 12, pp. 1215-1218.<br />
– MUNDY, Brent: “The Physical Content of Minkowski Geometry”, The British Journal for the<br />
Philosophyof Science 37, No. 1, pp. 25-54.<br />
–SCHÄFER, Andreas & MÜLLER, Berndt: “Bounds for the fractal dimension of space”, J. Phys.<br />
A: Math. Gen. 19, pp. 3891-3902.<br />
– SORABJI, Richard: “Closed Space and Closed Time”, Oxford Studies in Ancient Philosophy 4,<br />
pp. 215-31.<br />
– SQUIRES, E.J.: “Dimensional reduction caused by a cosmological constant”, Physics Letters B<br />
167, pp. 286-288.<br />
– STIPANIĆ, Ernest: “Alcune concezioni geometriche di Rudjer Boˇsković (Ruggero Boscovich)”,<br />
in: Bollettino di Storia delle Scienze Matematiche, vol.VI,fasc.2.<br />
– SVOZIL, Karl: “Dimensional reduction via dimensional shadowing”, J. Phys. A: Math. Gen.<br />
19, pp. L1125-L1127.<br />
– SVOZIL, Karl & ZEIL<strong>IN</strong>GER, Anton: “Dimension of Space Time”, International Journal of<br />
Modern Physics A 1, No. 4 pp. 971-990.<br />
– TANGHERL<strong>IN</strong>I, F.R.: “Dimensionality of Space and the Pulsating Universe”, Nuovo Cimento,<br />
91B, No. 2, pp. 209-217.<br />
– VILAN, Christiane: “Aristote et l’espace”, Fundamenta Scientiæ, 7, No. 2, pp. 223-241.<br />
– WE<strong>IN</strong>GARD, Robert & SMITH, Gerrit: “Michael Friedman’s Foundations of Space Time Theories<br />
[critical notes]”, Philosophyof Science 53, No. 2, pp. 286-99.