All articles tagged with #diamonds
Jennifer Lopez kicked off her July birthday celebrations early in Paris during Fashion Week, changing outfits three times in one night and flashing hundreds of carats in diamonds from Chopard. She wore looks from Zuhair Murad, Tamara Ralph, and Stéphane Rolland Haute Couture, was joined by her sister Lynda, and capped the night with bejeweled accessories and dancing, before heading on to Wimbledon and other appearances.
Jennifer Lopez celebrated her 57th birthday in Paris, wearing over 400 carats of Chopard diamond jewelry across three couture gowns and marking the milestone with family (including sister Lynda Lopez) and a dinner at Gigi's.
Jennifer Lopez celebrated her 57th birthday in Paris, wearing over 400 carats of diamond jewelry from Chopard and three gowns by Stephane Rolland, Tamara Ralph, and Zuhair Murad.
Waylon Jennings' posthumous track Diamonds, featuring Glen Campbell, has arrived ahead of Shooter Jennings’ second archival release of his father’s unfinished recordings. Recorded in 1978 and co-written by Jennings and Campbell, the song features Campbell on guitar and is part of an archival album due November 16, with Diamonds' digital release staggered on December 11 and pre-orders now open.
A study suggests Mercury might contain a 9–11 mile (15–18 km) thick diamond layer at the core–mantle boundary, formed as carbon-rich material crystallized during magma-ocean cooling and core solidification, with sulfur facilitating diamond stability; such a layer could affect heat flow and Mercury’s magnetic field, but the idea awaits confirmation from future missions.
At Japan's 2026 New Year receptions, the imperial family showcased an impressive array of diamond tiaras and jewelry, including the historic Meiji Tiara and pieces loaned to Princess Aiko, highlighting the family's rich tradition and recent changes in household leadership.
The article discusses how diamonds are playing a crucial role in advancing quantum technology, highlighting their unique properties that enable new developments in quantum computing and related fields.
The James Webb Telescope has observed a distant exoplanet, PSR J2322-2650b, with an unusual atmosphere composed of soot and diamonds, challenging current understanding of planetary formation and composition, especially given its proximity to its pulsar host star and its unique chemical makeup.
A study published in Geology reveals that at least 8.2% carbon dioxide is essential for kimberlite magma to rise from the Earth's mantle and carry diamonds to the surface, improving understanding of diamond formation and exploration strategies.
Researchers discovered South African diamonds with contrasting inclusions of oxidized and reduced materials, challenging existing theories of diamond formation and deep Earth chemistry, and suggesting oxidized materials exist deeper in the mantle than previously thought.
Scientists discovered two diamonds from South Africa containing contrasting inclusions that reveal new insights into deep Earth chemistry, showing that oxidized and reduced materials can coexist at depths of 280-470 km, challenging previous assumptions about mantle oxidation states.
The final 'Downton Abbey' film features the franchise's most extensive use of authentic jewelry, with 13 pieces worth over $1.4 million, including notable antique and diamond pieces, to make a grand conclusion.
Chinese and American scientists have successfully produced large quantities of hexagonal diamonds, a structure believed to be superhard, from graphite using high pressure and laser heating, marking a significant breakthrough in material science with potential applications in electronics and superhard materials.
Chinese scientists have successfully recreated rare hexagonal meteorite diamonds, known as lonsdaleite, in the laboratory, demonstrating their superior hardness and potential applications in industry and electronics, thus settling a long-standing scientific debate about their existence and stability.
Diamonds can come in various colors due to impurities like nitrogen and boron, structural deformities, or exposure to radiation, with their formation influenced by extreme pressure and temperature conditions deep within the Earth. Pink and red diamonds form under specific pressure conditions, allowing scientists to trace their geographic origins and understand Earth's geological history.