Easter egg "Resurrection of Christ"

Jewelry, like any expensive items, requires careful handling and certain care. Special attention should be paid to the appearance of jewelry in hot and humid climates. It is also necessary to protect jewelry from getting perfumes and cosmetics on them.

The jewelry collection "Vladimir Mikhailov" is made in precious metals, characterized by a noble, restrained color sound – platinum, white and green gold. At the same time, the main material of the collection is green gold, a type of gold alloy of 585 samples, characterized by its soft color shade and high content of precious metals. This alloy is known primarily as the most stable natural compound of native gold and silver. It is silver that gives the alloy a soft olive hue, muffling the yellow tones of gold and the red sound of copper.

In this collection, each work becomes a precious testimony of the Bright Resurrection of Christ. Easter eggs symbolizing a new life, angels proclaiming the good news, and images of the Resurrection – all these eternal themes are embodied in icons, elegant pendants, rings, and table compositions. The collection was created in the ancient Novgorod technique of fine plastics. Each product, from a miniature icon to a precious Easter egg, carries the bright joy of the holiday, reminding of the victory of life over death and that the hope of Resurrection lives in every heart.

The diamond is often called the "king of gems", because its history dates back thousands of years. The first faceted diamonds appeared in the 15th century: in 1463, the first diamond was made, and a century later, during the Renaissance, classical diamond cutting was invented in Flanders, the prototype of which was natural crystals-octahedra. However, a diamond could only truly reveal its beauty and shine with all its facets in the 17th century, when diamond cutters learned how to split stones. The modern round diamond with 57 perfectly aligned facets owes its appearance to the mathematical calculations of Marcel Tolkowsky, who proposed in 1919 the parameters at which the optical properties of a diamond are revealed in the best way.