Articles on Diamonds

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Under usual, everyday conditions, carbon atoms exist as stacks of hexagonal sheets, but extreme pressure and heat rearrange them to form diamonds. Kateryna Kon/Science Photo Library via Getty Images

Can we remove or decrease spaces between atoms or molecules?

Turns out, changing the way atoms and molecules are arranged in a substance can give it new and fascinating properties.
This is a photo collage of the books on our 2024 ‘Don’t Call Me Resilient’ holiday booklist. Each book connects with a past episode of the podcast, and is written or edited by a guest from that episode.

This holiday season, ‘Don’t Call Me Resilient’ brings you a booklist with your playlist

Thought-provoking reads for the critical thinker on your gift list. Each book connects with a past Don’t Call Me Resilient episode. Listen alongside reading to bring the scholar & their ideas to life.
The Jharia coal field in India has been on fire underground since 1916. Jonas Gratzer/LightRocket via Getty Images

Why don’t rocks burn?

Some rocks will burn, and others will melt, depending on how they were formed and what minerals they contain.
What can the Crown Jewels tell us about the history and future of the British Royals? In this photo from last May, then-Prince Charles sits with Camilla and William by the Imperial State Crown in the House of Lords Chamber in London. Ben Stansall/AP

What the Crown Jewels tell us about exploitation and the quest for reparations — Podcast

Although King Charles will have a low-key ceremony this coronation, the Crown Jewels will still figure prominently. An exploration of the jewels tells a tale of exploitation, rape and pillage.
Kimberlite volcanic rock with mantle crystals (green olivine and purple and orange garnet) and fragments of country rock (light grey).

We used to think diamonds were everywhere. New research suggests they’ve always been rare

Diamonds form alongside a distinct purple companion. We studied it to reach a conclusion about how rare they might actually be.

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