Tagged: science

New Acquisition | Ars vitraria experimentalis oder Vollkommene Glaßmacher-Kunst (The Art of Perfect Glassmaking)

The Rare Books Collection in Special Collections and University Archives has received a fine addition of Ars vitraria experimentalis, one of three chief works by the German court alchemist, pharmacist, and glassmaker Johann Kunckel von Löwenstern (approx. 1630-1703).

Historical Background

Born sometime around 1630, Johann Kunckel was the son of a master glassmaker and learned the art and the chemistry of glassmaking from his father and other glassmakers. In 1670, Kunckel began his alchemical career in Dresden working on the problem of transmuting metals. In 1677, Kunckel left Saxony, having never been paid the salary promised by his employer, Elector Johann Georg II. The next phase of his career took place in Brandenburg, where he directed the laboratory and glassworks there as part of the country’s economic initiative to process domestic raw materials and export as many of the finished products as possible. Brandenburg had an effective ban on imported goods, and the Elector Friedrich Wilhelm stressed the importance of high-quality glass production. Kunckel succeeded in this area through his technical improvements to the process of making ruby (red glass) and his rigorous work Ars vitraria experimentalis, which included his translation and editing of the few previously available specialist works on glassmaking, as well as all of his own knowledge on the subject.

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New Acquisition: Athanasius Kircher, Ars Magna Lucis et Umbrae, 1646

Special Collections is pleased to announce the acquisition of Ars Magna Lucis et Umbrae (Great Art of Light and Shadow), one of the key scientific works, and possibly the rarest, by the German Jesuit scholar Athanasius Kircher (1602-1680). This acquisition was made possible by the generous donation of the Albertsen family.

Historical Background

A prolific scholar with a thirst for questioning and experimentation, Athanasius Kircher wrote on a wide range of subjects including Egyptology, theology, geology, technology, and medicine. He took a syncretic approach to scientific research, drawing on the mysteries of natural laws and forces as well as directly observable and measurable phenomena. For instance, his treatise on magnetism (Magnes sive de arte magnetica) covered the gravitational pull of the planets’ orbits, but also touched on love and the use of the tarantella as “musical magnetism” that would draw the toxins of a tarantula’s bite out of the human body.[i]

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