Olympicene - Periodic Table of Videos

TL;DR

Chemists create linked ring molecules resembling the Olympic symbol through clever reactions and metal ion bonding.

Transcript

earlier this year the Royal Society of Chemistry decided they would mark the Olympic year by creating a special molecule that would look like the Olympic symbol the five rings they commissioned a professor at the University of Warwick to work and make this molecule because it's a new molecule hasn't got a name so they called it a limb piscine which... Read More

Key Insights

• 😋 The Royal Society of Chemistry commemorated the Olympic year by creating a molecule resembling the Olympic rings, named "Olympiscene."
• ❓ Imaging molecules with unique structures, like the "Olympiscene," showcases scientific advancements in visualization techniques.
• 😋 Chemists have developed methods to create linked ring molecules, such as catenanes, through clever reactions and metal ion bonding.
• 😋 Challenges arise in creating a chain of linked rings like the Olympic symbol due to the limitations of metal ion bonding resulting in an even number of rings.
• 😋 The process of creating linked rings involves dissolving reactant molecules in a solution to form rings and then linking them together through strategic reactions and metal ion bonding.
• 😑 Early methods of creating catenanes required significant effort, but modern techniques utilizing metal ion bonding allow for larger quantities to be produced efficiently.
• 😋 The concept of using metal ions as molds to join rings together in a controlled manner showcases innovative thinking in chemical synthesis.

Questions & Answers

Q: How did chemists create the molecule resembling the Olympic rings?

Chemists commissioned the creation of the "Olympiscene" molecule, with a unique ring structure, by utilizing the expertise of a professor at the University of Warwick and scientists in the IBM lab in Zurich.

Q: What are catenanes, and how are they created?

Catenanes are molecules with linked rings, produced by reacting reactant molecules in a solution that forms rings and then linking them together through reactions and metal ion bonding.

Q: What challenges arise in creating a chain of five linked rings, like the Olympic symbol?

The challenge lies in creating an odd number of rings when using metal ion bonding, as it typically results in an even number of rings, posing a problem yet to be solved.

Summary & Key Takeaways

• The Royal Society of Chemistry commissioned a special molecule resembling the Olympic rings, named "Olympiscene."

• Chemists in Zurich successfully imaged the molecule, showcasing its unique ring structure.

• Chemists have developed methods to create linked ring molecules, known as catenanes, using clever reactions and metal ion bonding.