Every image tells the story of a metal's hidden life.

These photographs don't require a science degree to appreciate, but they might just inspire you to get one. Each high-definition print in the Symphony of Elements exhibit captures the microscopic world inside real metals: the grain boundaries, fracture surfaces, crystal formations, and layered structures that determine how a material behaves under pressure, heat, and time.

What you're looking at isn't computer-generated. This is real metal, magnified, revealing patterns that nature spent millions of years perfecting.

Browse the collection below, then come see them at full scale at Sloss Furnaces, Birmingham, Alabama. Opening May 23, 2026. Free admission..

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The Inner Symphony

Close-up of pink, purple, and gold crystalline mineral or gemstone surface with a textured, iridescent appearance.
Abstract pattern with yellow, orange, red, and green colors on a blue background.
Close-up image of mineral rocks with white vein-like mineral deposits, showing a range of brown, green, blue, and purple hues, with a scale indicating 100 micrometers.
Microscopic view of a metallic or mineral surface showing intricate patterns of ridges and cracks with a scale bar indicating 20 micrometers.
Microscopic view of a crystalline mineral structure with irregular green and brown fragments separated by white areas, scale bar indicating 50 micrometers.
A close-up image of a yellow surface covered with green speckles and irregular shapes, possibly paint splatters or a textured pattern.
Abstract image with yellow background and black jagged lines and patches.
Microscopic view of a granular, cell-like structure with irregular shapes in shades of yellow and beige.
Close-up of yellow leaves with dark green veins and edges, some showing signs of decay.
Microscopic view of crystalline structure with colorful iridescent patterns, scale bar indicating 20 micrometers.
Close-up of yellow and orange dried flower petals with some green foliage.
Microscopic view of bacterial or fungal cells with some cellular structures visible, stained with a blue and pink dye.
Microscopic view of crystallized minerals showing various geometric shapes with a scale bar indicating 50 micrometers.
Close-up view of a pollen or dust pattern underneath a microscope, showing a textured orange background with black specks and intricate, hair-like structures.
Microscopic view of lung tissue showing alveoli with many empty spaces and thin walls.
A close-up view of a collection of broken yellow and golden-colored glass shards with black and red striped patterns, reflecting light.
Close-up of a textured, reddish-brown surface, possibly wood or a rough material.
Close-up of a leaf showing detailed veins and texture, with a prominent reddish vein running diagonally.
Close-up photograph of shimmering, colorful, iridescent surface with orange, pink, purple, and blue hues.
Close-up of tree trunk rings and cracks revealing the wood's growth patterns and texture.
Scanning electron microscope image of a crystalline mineral structure showing detailed texture and layered formations at 5,000 times magnification, with a scale bar of 10 micrometers.
Close-up view of hexagonal ice crystals at 500x magnification.
Close-up view of a textured, crystalline surface with polygonal structures and porous areas, likely under a microscope.
Close-up view of a crystalline or mineral structure revealing detailed textures and layered patterns.

From microscopic grains to massive structures, the art of reading metal’s hidden patterns shapes it all.

Explore the hidden world inside the metals you see every day.

UAB Students assist in preparing the images for Symphony of Elements.

Where fire meets form, metallurgy begins.

In every metal, a microstructure tells a story of heat, pressure, and purpose.