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Andreas Libavius Andreas Libavius or Andrew Libavius was born in Halle, Germany c. 1550 and died in July 1616. Libavius was a renaissance man who spent time as a professor at the University of Jena teaching history and poetry. After which he became a physician at the Gymnasium in Rothenburg and later founded the Gymnasium at Coburg. Libavius was most known for practicing alchemy and writing a book called Alchemia, one of the first chemistry textbooks ever written. LifeLibavius was born in Halle, Germany, as Andreas Libau, the son of Johann Libau. His father, only a linen worker, could not give Libavius an education because in this time period only the wealthy were able to get a higher education.[1] Showing great intelligence as a child Livavius overcame his personal status and attended the University of Whittenburg at the age of eighteen in 1578.[1] In 1579 he entered the University of Jena where he studied philosophy, history and medicine. In 1581 he obtained the academic degree of magister artium and was named a poet laureate. He began teaching in Ilmenau in 1581 and remained there until 1586 when he moved to Coburg to teach there. In 1588 he went to study at the University of Basel and received the degree of medicinae doctor. Shortly thereafter, he became a professor of history and poetry at the University of Jena. At the same time, he also supervised the disputations in the field of medicine. In 1591 he became physician of the city council of Rothenburg and, one year later, became the superintendent of schools. This position led to conflict with the rector of schools causing Libavius to move to Coburg in 1605. In 1606 he was offered and accepted the position of headmaster of the reestablished Casimirianum Gymnasium in Coburg. He lived in Coburg from 1607 until his death in 1616. Little is known about his personal life, but he did have two sons, Michael, and Andreas, who followed in his father's footsteps and became a teacher and physician. He also had two daughters, Susanna, and one whose name is not known. AlchemyLibavius is best known for his work as an alchemist above all else. Alchemy was an early science whose goals were to transform matter like turning base metals to gold.[2] Alchemists also tried to find an elixir of life that would allow them to cure all disease.[2] Alchemy is the study that turned into what we know today as chemistry. Libavius believed that his studies in alchemy would help further advancements in the medical field.[3] In 1597 Libavius published Alchemia, a textbook that summarized all the discoveries alchemists had made at this point. Alchemia was organized into four parts: what to have in a laboratory, descriptions of procedures, chemical analysis, and transmutation. Publishing such a book was blasphemous, as many alchemists wanted to keep their findings to themselves to prevent their findings from being misused. Libavius thought that knowledge should be shared if it could be used to help better mankind. His studies in alchemy led to many new discoveries in chemistry. He discovered methods to prepare a number of chemicals like hydrochloric acid, ammonium sulfate and tin chloride.[2] He also recorded the dangers of alchemy, as most of it was done in homes, and proposed the development of a series of laboratories, called chemical houses, to make alchemy a safer practice.[2] Views on alchemyLibavius was a staunch believer in chrysopoeia, or the ability to transmute a base metal into gold. This viewpoint was a matter of much debate for alchemists of the time, and he defended it in several of his writings. Though he did discover several new chemical processes, he tended to be more of a theoretician, and he leaned toward traditional Aristotelianism rather than Paracelsian alchemy. He was an opponent of Paracelsus on the grounds of Paracelsus' disrespect for ancient thought, magnification of personal experience above others' experience, overstatement of the didactic function of nature, use of magical words and symbols in natural philosophy, confusion of natural and supernatural causes, interjection of seeds into the creation of the universe, and postulation of astral influences.[4] Despite this, he did not entirely reject all Paracelsian methods. In The Rosicrucian Enlightenment, Frances Yates states:
 He accepted the Paracelsian principle of using occult properties to explain phenomena with no apparent cause but rejected the conclusion that a thing possessing these properties must have an astral connection to the divine. He was also critical of alchemists who claimed to have produced a panacea, or cure-all, not because he didn't believe that a panacea was possible, but because these alchemists invariably refused to disclose their formulas. He believed that anyone who managed to create a panacea was duty bound to teach the process to as many other people as possible, so that it could benefit mankind.[4] He was particularly critical of Georgius am Wald (also called Georgius an und von Wald), an alchemist who wrote a book in which he claimed to have made a panacea. Libavius considered am Wald to be a fraud and declared that am Wald's panacea was no more than sulfur and mercury, not gold as am Wald claimed. Between 1595 and 1596 he dedicated four volumes, Neoparacelsica, Tractatus duo physici, Gegenbericht von der Panacea Amwaldina, and Panacea Amwaldina victa to exposing am Wald as a quack.[5] Works Within a span of 25 years (1591–1616) Libavius wrote more than 40 works in the field of logic, theology, physics, medicine, chemistry, pharmacy and poetry. He was actively involved in polemics, especially in the fields of chemistry and alchemy, and as such many of his writings were controversial at the time. Libavius was an orthodox Lutheran, and in his theological treatises, which he wrote under the pseudonym of Basilius de Varna, he criticized Catholicism, specifically the Jesuit order, and later on in his life, Calvinism. This can also be seen in some of his non-theological works, particularly in some of the works produced during his involvement with the conflict between the Paracelsists, anti-Paracelsists, Galenists, and Hermetics.[5] In 1597, he wrote the first systematic chemistry textbook, Alchymia, where he described the possibility of transmutation. In this book he also showed that cuprous salt lotions are detectable with ammonia, which causes them to change color to dark blue. In 1615 he wrote Syntagmatis alchamiae arcanorum where he detailed the production of tin chloride, something that he developed in 1605. He was not the first person to invent this process, however, as the Franciscan friar Ulmannus had discovered it earlier and wrote about in the book Buch der heiligen Dreifaltigkeit in 1415. He also contributed works to the study of medicine. Between 1599 and 1601 he wrote Singularia, a four volume collection of lectures on natural science, which included a collection of descriptions and discussions about medical phenomena. In 1610 he published one of the first German medical texts, Tractatus Medicus Physicus und Historia des fürtrefflichen Casimirianischen SawerBrunnen/ unter Libenstein/ nicht fern von Schmalkalden gelegen. Other works
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Further reading
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