adularescence

navigate by keyword : labradorite gemstone mineral crystal raw rough natural uncut unique rare special geologic geological geology rock stone boulder matrix feldspar plagioclase tectosilicate silicate mineralogy mineralogic igneous intrusive plutonic granite gneiss metamorphism metomorphic metamorphic adularescence iridescence schiller play color optical effect phenomenon iridescent colorful blue white gray texture pattern macro closeup detail background abstract beauty earthy organic specimen earth science

Polished moonstone gemstone rests on rough rock. Pear-shaped crystal displays adularescence, shimmering blue and white light. Royalty Free Stock Photo

Blue sheen Moonstone with adularescence effect Royalty Free Stock Photo

$Moonstone An illustration of moonstone\'s adularescence where lig Royalty Free Stock Photo$

moonstone an illustration of moonstones adularescence where ligh Royalty Free Stock Photo

Rainbow Moonstone Cabochon Royalty Free Stock Photo

Raw rainbow moonstone crystal with blue adularescence on a dark reflective surface Royalty Free Stock Photo

Unique raw labradorite gemstone with brilliant blue adularescence inside a gray matrix

Moonstone texture with adularescence effect in chaotic arrangement for design Royalty Free Stock Photo

Iridescent moonstone texture with adularescence chaos for design and decoration Royalty Free Stock Photo

A collection of polished moonstone gems (Orthoclase feldspar) is arranged on a dark Royalty Free Stock Photo

A polished moonstone with a smooth texture and translucent appearance sits on a Royalty Free Stock Photo

Smooth, polished moonstone pebbles are arranged on a wooden surface. These ston Royalty Free Stock Photo

Smooth, polished moonstones (Orthoclase feldspar) with a milky, translucent Royalty Free Stock Photo

Moonstone crystal mineral isolated Royalty Free Stock Photo

Raw labradorite gemstone exhibiting a striking blue adularescence, commonly known as the Schiller effect. The gem is set within a coarse, speckled gray matrix, creating a contrasting visual display. The blue luminescence is highlighted in a cracked, mosaic-like pattern, presenting an intricate and natural appearance. This optical phenomenon is due to light diffraction within the stone's internal structure, a characteristic feature of labradorite, which belongs to the plagioclase feldspar group. The surrounding matrix provides a rugged texture and a natural, earthy look.