Gallery: Selections from the 2022 ‘Science as Art’ contest

Selections from the 2022 ‘Science as Art’ contest: Photo 1/11

Colloidal zirconia nanoparticles arranged to look like a parrot
Crystals obtained by drying liquid growth medium for human gut bacteria (BHI broth), taken with a light microscope at 100x magnification
Mary Calvert overlaid on a scan of Plate 8 in E. E. Barnard's Atlas of Selected Regions of the Milky Way
A long exposure of the night showing Magellan Telescopes and the center of the Milky Way galaxy
A representation of the actin network formed by Jurkat cells during cell disruption as a result of applied compressive forces
A zoomed in view of a mouse kidney tissue slice. The image was acquired using confocal laser microscopy using white light laser.
A thin-section of permineralized fossil bone (30 micrometers thick), imaged by a traditional petrographic microscope in cross-polarized light
Adult fruit fly photoreceptor neurons under the confocal microscope
Composite image of scans of cyanotype prints made using 3 glass plate negatives from Yerkes Observatory.  From top to bottom the images are a solar eclipse, the moon, and the Orion Nebula
Lichens of the Cape Cod Dunes
A thin section of a primitive meteorite called an ordinary chondrite
Colloidal zirconia nanoparticles arranged to look like a parrot
Crystals obtained by drying liquid growth medium for human gut bacteria (BHI broth), taken with a light microscope at 100x magnification
Mary Calvert overlaid on a scan of Plate 8 in E. E. Barnard's Atlas of Selected Regions of the Milky Way
A long exposure of the night showing Magellan Telescopes and the center of the Milky Way galaxy
A representation of the actin network formed by Jurkat cells during cell disruption as a result of applied compressive forces
A zoomed in view of a mouse kidney tissue slice. The image was acquired using confocal laser microscopy using white light laser.
A thin-section of permineralized fossil bone (30 micrometers thick), imaged by a traditional petrographic microscope in cross-polarized light
Adult fruit fly photoreceptor neurons under the confocal microscope
Composite image of scans of cyanotype prints made using 3 glass plate negatives from Yerkes Observatory.  From top to bottom the images are a solar eclipse, the moon, and the Orion Nebula
Lichens of the Cape Cod Dunes
A thin section of a primitive meteorite called an ordinary chondrite
Colloidal zirconia nanoparticles arranged to look like a parrot
Crystals obtained by drying liquid growth medium for human gut bacteria (BHI broth), taken with a light microscope at 100x magnification
Mary Calvert overlaid on a scan of Plate 8 in E. E. Barnard's Atlas of Selected Regions of the Milky Way
A long exposure of the night showing Magellan Telescopes and the center of the Milky Way galaxy
A representation of the actin network formed by Jurkat cells during cell disruption as a result of applied compressive forces
A zoomed in view of a mouse kidney tissue slice. The image was acquired using confocal laser microscopy using white light laser.
A thin-section of permineralized fossil bone (30 micrometers thick), imaged by a traditional petrographic microscope in cross-polarized light
Adult fruit fly photoreceptor neurons under the confocal microscope
Composite image of scans of cyanotype prints made using 3 glass plate negatives from Yerkes Observatory.  From top to bottom the images are a solar eclipse, the moon, and the Orion Nebula
Lichens of the Cape Cod Dunes
A thin section of a primitive meteorite called an ordinary chondrite
"Zirconia nanoparticle parrot" by Jia-Ahn Pan. Submitted caption: "Colloidal zirconia nanoparticles were directly patterned with light to form micron-sized pixels of different thicknesses. The variation in thickness leads to different colors due to thin-film interference effects. These colored pixels were arranged in a way to build up an image of a parrot." Image by Jia-Ahn Pan
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