Man-made diamonds are changing the world of fashion. These diamonds are also known as lab-grown diamonds. They are created in laboratories using advanced technology. This process makes them just as ...

After a drama-filled season that came to an end earlier this summer, Made in Chelsea is back again full of even more drama, plenty of romance, and likely a few love triangles along the way.

The world champion Diamonds were blown out of the water by New Zealand in a horror third term and couldn’t recover in a display deemed “unacceptable” by Fox Netball’s Cat Tuivaiti.

Merging elegance with Indian craftsmanship, the custom couture is made of a reclaimed Banarasi ... how can we miss out on that magnificently huge diamond necklace. The layered strings have a ...

The reality is that it’s impossible for the naked eye to distinguish between lab made diamonds and those that are mined. Only lab analysis can spot any identifying markers between the two.

The coveted ‘Made in Italy’ label faces increasing scrutiny and existential challenges, from supply chain scrutiny and evolving EU regulations to climate change and threats to heritage craft. This ...

Nobody wants to hear a voice murmur from the back seat as George Clooney tears down the highway with a dump-truck full of stolen diamonds, "Hey, let's crush these sparkle-puppies into powder and ...

Determined to prove her worth, Zeenat decided to take action. She revealed, “I made my move. One evening, having wrapped up early from shoot, I spent an extra 30 minutes in my dressing room making ...

With global temperatures on the rise, Swiss researchers found that diamonds in the sky would deflect sunlight back to space. The technique, also known as solar geoengineering, is already in use.

And the most effective result was a bit surprising: diamonds. Well, diamond dust, specifically. The team ran the compounds through a climate simulation and monitored their atmospheric effects for ...

Diamonds form deep within the Earth's mantle, around 250 kilometers below the surface, where immense pressure (up to 10 GPa) and temperatures (around 2,200 °C) compress carbon into diamonds over ...