Abstract
As presented in the previous chapter, the Venetian advancements in glassmaking led to its application in laboratory apparatus and development of laboratory glassware. While in many cases, the new laboratory glassware followed older designs previously fabricated from inferior materials, the quality and clarity of the Venetian glass also led to completely new and important objects such as lenses. In fact, some have stated that the most important long term consequence of clear glass manufacture was its development as a thinking tool through the production of mirrors, lenses, and eyeglasses. Through its application in eyeglasses, glass has corrected and helped preserve our eyesight, and its use in the telescope, microscope, spectrometer, and other optical instruments has widened and deepened our ability to see that which is very small or far away. This final chapter will outline the application of glass to the development of such additional critical glass objects and instruments, along with a discussion of how the developments in both the previous and current chapter impacted both society and progress in the chemical sciences.
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Notes
- 1.
- 2.
Hans is the diminutive form of Johannes, but can also be an independent given name.
- 3.
Surname sometimes given as Lippersheim [20].
- 4.
Also known as Santorio Santorio or Sanctorious [M,N].
- 5.
Known also as Vital du Four, Vital du Fourca, and Joannes Vitalis. He was a Franciscan theologian and scholastic philosopher who played a prominent role in the controversy over the Franciscan conception of usus pauper. He was born at Bazas in Aquitaine, about 60Â km southeast of Bordeaux. He entered the Franciscan order at an early age and went to study theology at Paris from 1285 to 1291. He taught at Montpellier from 1292 to 1296, after which he was transferred to the University of Toulouse. He was made cardinal-priest by Pope Clement V in 1312 and became bishop of Albano in 1321 [36].
- 6.
Arnaldus de Vill Nova, or Villanovanus. Born near Valencia about 1240 (c. 1234–1250), he studied medicine at Naples, traveled extensively, living in Paris, Montpellier, Barcelona, and Rome. He was a Catalan physician, alchemist, astrologer, and diplomat, and was a professor at Montpellier at least up to 1309. He translated medical works from Arabic into Latin and had some knowledge of Greek and Hebrew. He realized the value of natural science and suggested that it should be given more importance in education. He was a famous medical practitioner, who was consulted by kings and popes, and is considered by some to be one of the most extraordinary personalities of medieval times. He also had difficulties with the French Inquisition, first in 1299 and again in 1304. He had a large number of writings ascribed to him, most of them dealing with medical subjects and he was one of the first Latin writers to insist upon the virtues of alcohol. Other works dealt with chemistry, astrology, magic and theology. Most of these writings are very short and many are apocryphal. He died at sea towards the end of 1311 while on the way from Naples to Genoa, where he was buried [30, 32, 41].
- 7.
John de Rupescissa or John of Roquetallaide (d. 1362). An often cited author about which little is really known, he lived in the middle of the fourteenth century and was a tertiary member of the Franciscan order. He was known to his contemporaries for his apocalyptic preaching, for which was often imprisoned. He was a Catalan, but a significant number of his books were written in Latin. He studied in Toulouse for five years before entering the Franciscan monastery at Orléans, where he continued his studies for five more years. He was imprisoned for the first time in 1345, and again in 1346, 1349 and 1356. His principle work, De consideratione quintae essentiae (On the consideration of the fifth essence), consists of two parts—canons and remedies; the backbone of which seems to be the medicinal and preservative properties of pure alcohol. The idea of associating alcohol with the quintessence is frequently credited to Rupescissa [32, 42].
References
Macfarlane A, Martin G (2002) Glass, a world history. University of Chicago Press, Chicago, pp 14, 144–150
Philips CJ (1941) Glass: the miracle maker. Pitman Publishing Corporation, New York, pp 373–380
Melchior-Bonnet S (2001) The mirror (trans: Jewett KH). Routledge, New York, pp 13–21
Macfarlane A, Martin G (2002) Glass a world history. University of Chicago Press, Chicago, p 16
Taylor M, Hill D (2001) No pane, no gain. Glass News 9:6
Taylor M, Hill D (2002) An experiment in the manufacture of Roman window glass. ARA Bull 13:19
Roger F, Beard A (1948) 5,000 years of glass. J. B. Lippincott Co., New York, pp 28–38
Fassin G (1934) Something about the early history of the microscope. Sci Mon 38:452–459
Cummings K (2002) A history of glassforming. A & C Black, London, p 122
Macfarlane A, Martin G (2002) Glass: a world history. University of Chicago Press, Chicago, pp 182–184
Rosen E (1956) The invention of eyeglasses, Part I. J Hist Med 11:13–46
Rosen E (1956) The invention of eyeglasses, Part II. J Hist Med 11:183–218
Dreyfus J (1988) The invention of spectacles and the advent of printing. The Library 10:93–106
Letocha CE, Dreyfus J (2002) Early prints depicting eyeglasses. Arch Ophthalmol 120:1577–1580
Gies F, Gies J (1994) Cathedral, forge, and waterwheel. Technology and invention in the middle ages. HarperCollins Publishers, New York, p 227
Ilardi V (1976) Eyeglasses and concave lenses in fifteenth-century Florence and Milan: new documents. Renaissance Quart 29:341–360
Macfarlane A, Martin G (2002) Glass: a world history. University of Chicago Press, Chicago, pp 84–86
Meadows J (1992) The great scientists. The story of Science told through the lives of twelve landmark figures. Oxford University Press, NewYork, pp 37–40, 78–79
Macfarlane A, Martin G (2002) Glass: a world history. University of Chicago Press, Chicago, p 23
Roger F, Beard A (1948) 5,000 years of glass. J. B. Lippincott Co., New York, p 239
Ford BJ (2001) The Royal Society and the microscope. Notes Rec R Soc Lond 55:29–49
Philips CJ (1941) Glass: the miracle maker. Pitman Publishing Corporation, New York, p 384
Talyor FS (1942) The origin of the thermometer. Ann Sci 5:129–156
Noyes B (1936) The history of the thermometer and the sphygmomanometer. Bull Med Libr Assoc 24:155–165
Gwei-Djen L, Needham J, Needham D (1972) The coming of ardent water. Ambix 19:69–112
Stillman JM (1924) The story of early chemistry. D. Appleton and Co., New York, pp 187–192
Forbes RJ (1970) A short history of the art of distillation. E. J. Brill, Leiden, pp 87–90
von Lippmann EO (1920) Zur geschichte des alkohols. Chem.-Ztg. 44:625
Vallee BL (1998) Alcohol in the western world. Sci Am 279:80–85 June
Liebmann AJ (1956) History of distillation. J Chem Educ 33:166–173
Taylor FS (1992) The alchemists. Barnes & Noble, New York, pp 98–100
Forbes RJ (1970) A short history of the art of distillation. E. J. Brill, Leiden, pp 60–65,91–92 and 95
Read J (1995) From Alchemy to chemistry. Dover, New York, p 21
Fleming A (1975) Alcohol, the delightful poison. Delacorte Press, New York, p 12
Forbes, RJ (1970) A short history of the art of distillation. E. J. Brill, Leiden, pp 47,107
Traver AG (2003) 126. Vital du Four. In: Gracia JJE, Noone TB (eds.) A companion to philosophy in the middle ages. Blackwell Publishing Ltd, Malden
Karpenko V, Norris JA (2002) Vitriol in the history of chemistry. Chem Listy 96:997–1005
Forbes, RJ (1970) A short history of the art of distillation. E. J. Brill, Leiden, pp 86–87, 170–174
Taylor FS (1945) The evolution of the still. Ann Sci 5:185–202
Forbes RJ (1970) A short history of the art of distillation. E. J. Brill, Leiden, p 23
Sarton G (1931) Introduction to the history of science. The William & Wilkins Co., Baltimore, vol II, part II, pp 893–900
Multhauf JP (1954) John of Rupescissa and the origin of medical chemistry. Isis 45:359–367
Partington JR (1961–1970) A history of chemistry, vol 2. Martino Publishing, Mansfield Center, pp 23–24
Strom ET, Rasmussen SC (eds) (2011) 100+Â years of plastics. Leo Baekeland and Beyond. ACS symposium series 1080, American Chemical Society, Washington
Rasmussen SC (2008) Advances in 13th century glass manufacturing and their effect on chemical progress. Bull Hist Chem 33:28–34
Neri A, Merrett C (2003) The world’s most famous book on glassmaking, the art of glass. The Society of Glass Technology, Sheffield, p 49
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Rasmussen, S.C. (2012). Impact on Society and its Effect on Chemical Progress. In: How Glass Changed the World. SpringerBriefs in Molecular Science(), vol 3. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-28183-9_6
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