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The Last Alchemist in Paris

Published/Copyright: September 2, 2014
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by Lars Öhrström

Oxford University Press, 2014, xiv + 257 p.

Like most popular science books of chemistry, The Last Alchemist in Paris is a collection of stories where chemistry of elements intertwines with the cultural history of recent or distant times. A problem common to many popular chemistry books is that either good chemists are usually not good historians, or that good historians are usually bad chemists. Öhrström is certainly a good chemist and in this book he also demonstrates a passion and respect for history.

By now, most of us have heard the tale of “Napoleon’s buttons,” the chemical “romance” of the soldiers’ tin buttons crumbling to dust in the cold Russian winter of 1812, aiding the defeat of the French army. Fact or fiction? To answer this question, Öhrström does not exercise the popular copy-paste approach to writing and research. Rather, he draws from contemporary and historic records and offers an exemplary dive into the crux of this story. It also helps that he has seen the infamous buttons and has participated in the investigation of the recently discovered mass grave of the grand army in Lithuania. His analysis of facts, rumors, and opinions is a first-rate example of critical thinking, research, and scientific journalism. Overall, this book offers an inspiring tour behind the scientific backdrop of so many cultural scenes of our lives.

“In this book you will find out the answers to important and interesting socio-chemical questions.”

The book is inspiring. I can imagine, for example, a young reader and aspiring scientist performing alkaline hydrolysis of cloves in mom’s kitchen in anticipation of conjuring the scent of nutmeg. Öhrström also has a good sense of humor. There are plenty of witty subtitles and comments: mining, he writes, has been around ever since Snow White and the Seven Dwarfs, and for easy reference he approximates the chloride-to-bromide amount ratio in seawater as 666:1 (can’t argue with that). On a more serious side of things, this book has the intellectual muscle. In this book you will find out the answers to important and interesting socio-chemical questions. Why were the zeppelins not filled with the non-flammable helium a century ago and why should we resist buying those useless helium-filled party balloons. Most importantly, you will find out how to tell apart a diamond from the coveted cubic zirconia.

Juris Meija is Titular Member of the IUPAC Interdivisional Committee on Terminology, Nomenclature and Symbols and Chair of the IUPAC Commission on Isotopic Abundances and Atomic Weights.

Online erschienen: 2014-9-2
Erschienen im Druck: 2014-9-1

©2014 by Walter de Gruyter Berlin/Boston

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  2. From the Editor
  3. Contents
  4. Treasurer’s Column
  5. A Time for Renewal
  6. Dr. Lynn Soby appointed IUPAC Executive Director
  7. Features
  8. Synthesis at the Interface of Chemistry and Biology
  9. Chemistry for the Future Solvay Prize
  10. Multiple Uses of Chemicals
  11. IUPAC and OPCW Working Toward Responsible Science
  12. Chemical Weapons: The Human Toll
  13. Complementary OPCW Education and Outreach Resources
  14. IUPAC Wire
  15. IUPAC Elections for the 2016–2017 Term
  16. Winners of the 2014 IUPAC-SOLVAY International Award for Young Chemists
  17. Steven V. Ley wins 2014 IUPAC-ThalesNano Prize in Flow Chemistry
  18. The InChI Team presented with the 2014 Chemical Structure Association (CSA) Trust Mike Lynch Award
  19. Data Citation Principles
  20. 2015 Year of Soils and Year of Light
  21. The Project Place
  22. A critical review of the proposed definitions of fundamental chemical quantities and their impact on chemical communities
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  24. Basic Terminology of Crystal Engineering
  25. Implementation of InChI for chemically modified large biomolecules
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  31. IUPAC Empfehlungen
  32. Nomenclature and Graphic Representations for Chemically Modified Polymers
  33. Bookworm
  34. The Last Alchemist in Paris
  35. NOTeS
  36. On the Use of Italic and Roman Fonts for Symbols in Scientific Text*
  37. Conference Call
  38. Radiochemistry
  39. POLYCHAR 22
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