Science & Innovation

Dana Raw Heart Ring in raw textured 14K gold with a brilliant heart center, handmade for Beverly Hills readers who love craft

Granulation and Filigree: The Ancient Goldsmith...

Granulation fixes tiny gold spheres onto gold and filigree shapes fine gold wire into openwork. How these ancient techniques work and why they matter, for Beverly Hills readers who love...

Granulation and Filigree: The Ancient Goldsmith...

Granulation fixes tiny gold spheres onto gold and filigree shapes fine gold wire into openwork. How these ancient techniques work and why they matter, for Beverly Hills readers who love...

Wavy Diamond Ring with pavé natural diamonds in solid gold worn on the finger, explaining karat stamps for New York readers

Karat Stamps and Hallmarks Explained: What 14K,...

Karat measures gold in parts per 24: 14K is about 58.3 percent gold (stamped 585) and 18K is 75 percent (750). What every New York jewelry buyer should know about...

Karat Stamps and Hallmarks Explained: What 14K,...

Karat measures gold in parts per 24: 14K is about 58.3 percent gold (stamped 585) and 18K is 75 percent (750). What every New York jewelry buyer should know about...

Baby Allure Oval Emerald Studs, small oval emerald earrings, colored gemstone science for Palm Beach readers

Ruby, Sapphire and Emerald: The Science of Colo...

Ruby and sapphire are both corundum colored by trace elements, while emerald is beryl colored by chromium or vanadium. A clear science guide for Palm Beach readers who love color.

Ruby, Sapphire and Emerald: The Science of Colo...

Ruby and sapphire are both corundum colored by trace elements, while emerald is beryl colored by chromium or vanadium. A clear science guide for Palm Beach readers who love color.

Diamond Studs in yellow gold with GIA certified natural diamonds, brilliant cut science for New York readers

Brilliant Cut History and Physics: Why a Round ...

A round brilliant diamond has 57 facets, or 58 with a culet, arranged to return light. A guide for New York readers to the history from rose cuts to Tolkowsky...

Brilliant Cut History and Physics: Why a Round ...

A round brilliant diamond has 57 facets, or 58 with a culet, arranged to return light. A guide for New York readers to the history from rose cuts to Tolkowsky...

Wavy Diamond Bracelet in 18K recycled gold with natural diamonds, platinum vs gold guide for New York

Platinum vs Gold: Density, Durability and Color...

Platinum is denser, naturally white and develops a soft patina; 18K gold is warmer, lighter and comes in yellow, rose or white. The science of both metals, and how to...

Platinum vs Gold: Density, Durability and Color...

Platinum is denser, naturally white and develops a soft patina; 18K gold is warmer, lighter and comes in yellow, rose or white. The science of both metals, and how to...

Wavy Diamond Ring in gold held in front of a yellow lily, the future of fine jewelry for Los Angeles readers

The Future of Fine Jewelry: 7 Innovations to Wa...

Lab grown diamonds, smart rings, 3D printing, recycled gold and AI are reshaping fine jewelry. Meaning, real materials and handwork should stay. A clear map of where jewelry is going,...

The Future of Fine Jewelry: 7 Innovations to Wa...

Lab grown diamonds, smart rings, 3D printing, recycled gold and AI are reshaping fine jewelry. Meaning, real materials and handwork should stay. A clear map of where jewelry is going,...