Diamonds

The Central African Republic holds significant diamond reserves, making them a crucial export for the country. However, the trade in these 'blood diamonds' has frequently fueled armed conflicts, contributing to instability and human rights abuses within the nation for decades.

Diamonds account for a significant portion of Botswana's GDP and export earnings, funding public services like education and healthcare. The country's careful management ensures its diamonds are ethically sourced, benefiting its citizens directly.

Over 80% of all rough diamonds and 50% of cut diamonds pass through Antwerp's diamond district. This industry has thrived for centuries, with skilled craftsmen and traders contributing significantly to the city's economy and global trade.

The country's diamond mines are significant, contributing substantially to its economy alongside oil. However, the industry has historically been linked to conflict and human rights issues, though efforts are made for ethical sourcing and transparency.

Scientists theorize that in the intense atmospheric conditions of gas giants like Saturn and Jupiter, lightning storms convert methane into soot. This soot is then compressed into graphite and further into diamonds as it falls through the planet's dense atmosphere, potentially forming oceans of liquid carbon.

While natural diamonds are precious, they are abundant beneath the Earth's surface. The perception of their rarity is largely due to controlled supply by mining companies, which limits the number released into the market to maintain high prices.

Located about 40 light-years away, 55 Cancri e is an exoplanet thought to have a significant portion of its mass as diamond due to its carbon-rich composition and extreme pressures and temperatures. Its surface is likely covered in graphite and diamond.

Scientists theorize that lightning storms convert methane into soot, which then hardens into graphite and eventually diamonds as it falls through the planets' dense atmospheres. These diamonds could be massive, up to a centimeter in diameter, creating truly sparkling storms.

Scientists believe that under the extreme pressures and temperatures deep within these ice giants, methane breaks down, and carbon atoms are compressed into solid diamonds that then "rain" down through the planets' mantles.