Kaleidoscope effect

Jewellery kaleidoscope

Jeff Barton Meteorite Kaleidoscope

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The Allende meteorites fell in 1969 at Pueblito de Allende, Mexico

The Allende meteorites fell in 1969 at Pueblito de Allende, Mexico. Jeff Barton Meteorite Kaleidoscope

Jeff Barton Meteorite Kaleidoscope
Chondrules in a specimen of Allende meteorite viewed in a cross-polarized light using a petrographic microscope. The chondrules date the meteorite to more than 4.55 billion years old. This means meteorite is the oldest material known. The author of these stunning kaleidoscope images is Richardson, Texas, USA based scientist Jeff Barton.
According to Barton, he began studying thin sections of rocks and meteorites in 2004. He taught himself how to identify minerals in thin sections by measuring index of refraction with a microscope. Now he uses a spectrograph and computer software. Also, he started taking photographs of the colorful bits in the meteorites. ‘Variations in optical glass and in mounting lenses can alter the polarization of light passing through the lenses. Making the photographs takes a matter of seconds to minutes, depending on how thoroughly you want to document the section and what you are trying to learn from it“, says Jeff Barton.

3D view of Allende meteorite thin section

3D view of Allende meteorite thin section

Authentic Gold Basin meteorite found in Arizona arroyos near the White Hills since 1995

Authentic Gold Basin meteorite found in Arizona arroyos near the White Hills since 1995

Brownfield stone meteorite from Texas

Brownfield stone meteorite from Texas

Brownfield stone meteorite from Texas

Stone meteorite from Texas

Brownfield stone meteorite from Texas

Meteorite from Texas

Brownfield stone meteorite from Texas

Brownfield stone meteorite from Texas

Brownfield stone meteorite from Texas

Texas meteorite

Brownfield stone meteorite from Texas

Stone meteorite from Texas

Closeup of Brownfield meteorite from Texas

Closeup of Brownfield meteorite

Closeup of Brownfield meteorite from Texas

View of meteorite from Texas

Closeup of Brownfield meteorite from Texas

Brownfield meteorite from Texas

Micrograph of an irregular chondrule in a thin-sectioned specimen of the Allende Meteorite

Micrograph of an irregular chondrule in a thin-sectioned specimen of the Allende Meteorite

Microscope image (micrograph) of a thin section (30 microns thick) of Allende meteorite

Microscope image (micrograph) of a thin section (30 microns thick) of Allende meteorite

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