

The Diamond Throwdown
10 snips Apr 11, 2025
Julie Macpherson, a Professor of Chemistry at the University of Warwick, reveals the surprising science behind diamonds. She explains how these gems conduct heat better than anything else and can clean up pollutants from water with boron-doping technology. The discussion also touches on diamonds' role in high-performance electronics and even their geological secrets. With captivating demonstrations and quirky comparisons, the conversation shifts perspectives on diamonds from mere jewelry to powerful tools in science and tech.
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Stone Comparison Anecdote
- Charlie Bexfield brought three stones: a natural diamond, synthetic moissanite, and cubic zirconia to compare.
- Dara and Hannah struggled to distinguish between them, showing how similar diamond simulants can appear.
Diamond's Exceptional Heat Conductivity
- Diamond's lattice vibrations enable it to conduct heat better than any other known material.
- This exceptional heat conduction explains how diamond can cut through ice effortlessly.
Use Diamond to Cut Ice
- Pressing a synthetic diamond into ice slices it easily due to its superior thermal conductivity.
- Using diamond to transfer heat can help reduce melting point barriers, showing practical application.