JANVIER, Antide (1751-1835). Des révolutions des corps célestes par le mécanisme des rouages . Paris: P.Didot, 1812.
JANVIER, Antide (1751-1835). Des révolutions des corps célestes par le mécanisme des rouages . Paris: P.Didot, 1812. 4 o (272 x 205 mm). Engraved frontispiece and 8 folding plates. (Foxed.) Modern plum blind-ruled calf, uncut. FIRST EDITION, revealing the continued efforts to solve the problem of celestial computation. Janvier, a watchmaker, first provides a description of a mechanism left unfinished by Christian Huygens at his death. "To animate flatland, Galileo and the other [such as Janvier] constructed Jovilabes, nomogram-like computation devices that recounted orbits of Jupiter's satellites" (Tufte, Envisioning Information , p.98).
JANVIER, Antide (1751-1835). Des révolutions des corps célestes par le mécanisme des rouages . Paris: P.Didot, 1812.
JANVIER, Antide (1751-1835). Des révolutions des corps célestes par le mécanisme des rouages . Paris: P.Didot, 1812. 4 o (272 x 205 mm). Engraved frontispiece and 8 folding plates. (Foxed.) Modern plum blind-ruled calf, uncut. FIRST EDITION, revealing the continued efforts to solve the problem of celestial computation. Janvier, a watchmaker, first provides a description of a mechanism left unfinished by Christian Huygens at his death. "To animate flatland, Galileo and the other [such as Janvier] constructed Jovilabes, nomogram-like computation devices that recounted orbits of Jupiter's satellites" (Tufte, Envisioning Information , p.98).
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.jpg "Source: Christie's")
.jpg "Source: Christie's")
.jpg "Source: Christie's")
