2022

Chemistry Günther Schlonk Chemistry Günther Schlonk

X-Ray Crystallomancy: A Practical Guide

X-ray crystallomancy is one of the most powerful techniques for structural determination available to the modern scientist. This illiterature review provides a brief history of the field and a stepwise guide to the process of growing crystals, collecting X-ray data and processing it to a publishable standard.

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Chemistry Günther Schlonk Chemistry Günther Schlonk

A Grease Mediated and Solvated Tzatziki-Moussaka Cross-Coupling Reaction

A grease mediated Pd catalysed cross-coupling reaction has been discovered, developed, and unhelpfully studied. Our cherry-picked results show a highly strung reaction using a novel Pd-precatalyst and phosphine ligand. Density Dysfunctional Theory and destructive kinetic analysis have shown basically nothing, but we want to get the results out there before another group snipes our work.

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Chemistry Günther Schlonk Chemistry Günther Schlonk

Turning Wine into Blood: A Mechanistic Study of the Transubstantiation Reaction

Transubstantiation is the process by which the bread and wine of the eucharist is said to become the body and blood of Christ. The mechanism of this transformation is, shall we say, vexed, and has been for some time. The theology of this miraculous reaction is beyond the scope of this paper and the understanding of its authors. This study seeks instead to examine the chemistry behind it.

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Chemistry Günther Schlonk Chemistry Günther Schlonk

The Return of the Imperial Mole

Embiggened by Boris, son of John, we proudly introduce the imperial unit for the quantification of chemical substances. Unlike units of the Metric System, the imp-mole will bring benefits the likes of which have never been seen.

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Chemistry Günther Schlonk Chemistry Günther Schlonk

A Total Synthesis of Rashnovinol A

On April 1st 2022, the well-known fine chemical company Sigma Aldrich published the structure of a novel natural product: Rashnovinol A. We report the first total synthesis of Rashnovinol A, and a comparison of its spectroscopic data to the structure proposed by S. Aldrich et al

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Chemistry Günther Schlonk Chemistry Günther Schlonk

A Scalable Synthesis of Methamphetamine

Methamphetamine has been shown to be a miracle molecule. Previous literature shows the utility of methamphetamine as a relaxant, stimulant, painkiller, and nirvana catalyst. The biological mechanism for these effects remains unknown, but recent research has suggested that more funding can be diverted to studying meth for increasing its utility in healthcare, government, and educational institutions.

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Chemistry Günther Schlonk Chemistry Günther Schlonk

Impracticatechol 2: Electrochemical Boogaloo

A rip-roaring yarn! This paper has everything: a diabolical foe, a plucky protagonist, romantic interest and molecular sieves. This long-awaited sequel to “Impracticatechol 1: A Partial Total Synthesis” is the second instalment of Burnie’s epic saga: The Carbo Cycle.

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Chemistry Günther Schlonk Chemistry Günther Schlonk

The Flatom™: a Novel Atomic Theory Inspired by a Flat Earth

Drawing from the recent scientific consensus that the Earth is flat, we disclose a new model of atomic theory proposing that atoms are also flat. In fact, every subatomic particle is flat except neutrons which are shaped like little pretty stars. This postulate, dubbed Flatomic Theory™, is in perfect agreement with contemporary and classical experiments conducted by scientists who erroneously believed that the atom was shaped like a ball. Morons.

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Chemistry Günther Schlonk Chemistry Günther Schlonk

The Lost Molecules of M.C. Escher

Sometime research doesn’t have to have an application. Sometimes it’s enough to make something that just looks cool. For example, consider the series of colossal chemical wagon wheels prepared in 2020.1 Another example is infinitene: a fuzzed polycycle in the shape of the eponymous symbol.2 Our work gets laughed out of Nature even when it has applications, so we thought we’d try something visually pleasing instead.

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