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Chemical analyses discover hidden components from renaissance astronomer Tycho Brahe’s alchemy laboratory

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Chemical analyses find hidden elements from renaissance astronomer Tycho Brahe's alchemy laboratory
Danish renaissance astronomer and alchemist Tycho Brahe. Credit score: wikipedia

Within the Center Ages, alchemists have been notoriously secretive and did not share their information with others. Danish Tycho Brahe was no exception. Consequently, we do not know exactly what he did within the alchemical laboratory situated beneath his mixed residence and observatory, Uraniborg, on the now Swedish island of Ven.

Just a few of his alchemical recipes have survived, and as we speak, there are only a few remnants of his laboratory. Uraniborg was demolished after his dying in 1601, and the constructing supplies have been scattered for reuse.

Nonetheless, throughout an excavation in 1988–1990, some pottery and glass shards have been present in Uraniborg’s outdated backyard. These shards have been believed to originate from the basement’s alchemical laboratory. 5 of those shards—4 glass and one ceramic—have now undergone chemical analyses to find out which components the unique glass and ceramic containers got here into contact with.

The chemical analyses have been performed by Professor Emeritus and professional in archaeometry, Kaare Lund Rasmussen from the Division of Physics, Chemistry, and Pharmacy, College of Southern Denmark. Senior researcher and museum curator Poul Grinder-Hansen from the Nationwide Museum of Denmark oversaw the insertion of the analyses into historic context.

Enriched ranges of hint components have been discovered on 4 of them, whereas one glass shard confirmed no particular enrichments. The examine has been revealed within the journal Heritage Science.

“Most intriguing are the weather present in increased concentrations than anticipated—indicating enrichment and offering perception into the substances utilized in Tycho Brahe’s alchemical laboratory,” stated Lund Rasmussen.

The enriched components are nickel, copper, zinc, tin, antimony, tungsten, gold, mercury, and lead, and so they have been discovered on both the within or exterior of the shards.

Chemical analyses find hidden elements from renaissance astronomer Tycho Brahe's alchemy laboratory
The constructing Uraniborg on the island of Ven (now Sweden) was a mixed observatory, laboratory and residence for Danish renaissance astronomer Tycho Brahe. Credit score: wikipedia

Most of them usually are not stunning for an alchemist’s laboratory. Gold and mercury have been—not less than among the many higher echelons of society—generally recognized and used towards a variety of illnesses.

“However tungsten could be very mysterious. Tungsten had not even been described at the moment, so what ought to we infer from its presence on a shard from Tycho Brahe’s alchemy workshop?” stated Lund Rasmussen.

Tungsten was first described and produced in pure type greater than 180 years later by the Swedish chemist Carl Wilhelm Scheele. Tungsten happens naturally in sure minerals, and maybe the ingredient discovered its method to Tycho Brahe’s laboratory by certainly one of these minerals. Within the laboratory, the mineral may need undergone some processing that separated the tungsten, with out Tycho Brahe ever realizing it.

Nonetheless, there may be additionally one other chance that Professor Lund Rasmussen emphasizes has no proof in any respect—however which may very well be believable.

Already within the first half of the 1500s, the German mineralogist Georgius Agricola described one thing unusual in tin ore from Saxony, which prompted issues when he tried to smelt tin. Agricola known as this unusual substance within the tin ore “Wolfram” (German for Wolf’s froth, later renamed to tungsten in English).

“Possibly Tycho Brahe had heard about this and thus knew of tungsten’s existence. However this isn’t one thing we all know or can say primarily based on the analyses I’ve achieved. It’s merely a doable theoretical clarification for why we discover tungsten within the samples,” stated Lund Rasmussen.

Tycho Brahe belonged to the department of alchemists who, impressed by the German doctor Paracelsus, tried to develop drugs for varied illnesses of the time: plague, syphilis, leprosy, fever, abdomen aches, and many others. However he distanced himself from the department that attempted to create gold from much less helpful minerals and metals.

Chemical analyses find hidden elements from renaissance astronomer Tycho Brahe's alchemy laboratory
Tycho Brahe receives Jacob VI of Scotland at Uraniborg,. Credit score: Royal Library, Denmark

According to the opposite medical alchemists of the time, he saved his recipes near his chest and shared them solely with just a few chosen people, similar to his patron, Emperor Rudolph II, who allegedly obtained Tycho Brahe’s prescriptions for plague drugs.

We all know that Tycho Brahe’s plague drugs was sophisticated to supply. It contained theriac, which was one of many normal cures for nearly all the pieces on the time and will have as much as 60 elements, together with snake flesh and opium. It additionally contained copper or iron vitriol (sulfates), varied oils, and herbs.

After varied filtrations and distillations, the primary of Brahe’s three recipes towards plague was obtained. This may very well be made much more potent by including tinctures of, for instance, coral, sapphires, hyacinths, or potable gold.

“It might appear unusual that Tycho Brahe was concerned in each astronomy and alchemy, however when one understands his worldview, it is sensible. He believed that there have been apparent connections between the heavenly our bodies, earthly substances, and the physique’s organs,” defined Grinder-Hansen.

“Thus, the solar, gold, and the guts have been related, and the identical utilized to the moon, silver, and the mind; Jupiter, tin, and the liver; Venus, copper, and the kidneys; Saturn, lead, and the spleen; Mars, iron, and the gallbladder; and Mercury, mercury, and the lungs. Minerals and gems may be linked to this technique, so emeralds, for instance, belonged to Mercury.”

Lund Rasmussen has beforehand analyzed hair and bones from Tycho Brahe and located, amongst different components, gold. This might point out that Tycho Brahe himself had taken drugs that contained potable gold.

Extra data:
Kaare Lund Rasmussen, Chemical evaluation of fragments of glass and ceramic ware from Tycho Brahe’s laboratory at Uraniborg on the island of Ven (Sweden), Heritage Science (2024).

Quotation:
Chemical analyses discover hidden components from renaissance astronomer Tycho Brahe’s alchemy laboratory (2024, July 24)
retrieved 25 July 2024
from https://phys.org/information/2024-07-chemical-analyses-hidden-elements-renaissance.html

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