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Crystallized Collection

"Crystallized

Background imageCrystallized Collection: DDE-90027028

DDE-90027028
Caribbean, Netherlands Antilles, Bonaire, Lacre Point. Cones of crystallized salt. Date: 28/01/2006

Background imageCrystallized Collection: Close up showing crystals of different acids, photographed using polarized light

Close up showing crystals of different acids, photographed using polarized light, The Netherlands - Finalist in the Human Made category of the 2023 Close-up Photographer of the Year (CUPOTY)

Background imageCrystallized Collection: Gout crystals

Gout crystals. Polarised light micrograph of uric acid crystals in the synovial fluid (a lubricating liquid in joints) from a patient with gout

Background imageCrystallized Collection: Mineral deposits at Canary Spring, Mammoth Hot Springs in Yellowstone Natural Park, Wyoming, USA

Mineral deposits at Canary Spring, Mammoth Hot Springs in Yellowstone Natural Park, Wyoming, USA
Thermal runoff channels create travertine mineral deposits at Canary Spring of the Mammoth Hot Springs in Yellowstone Natural Park; Wyoming, United States of America

Background imageCrystallized Collection: Ice crystal detail in the melting snow in Spring, Kotzebue Sound, Northwestern Alaska, Alaska, USA

Ice crystal detail in the melting snow in Spring, Kotzebue Sound, Northwestern Alaska, Alaska, USA
Close-up of ice crystal details in the melting snow and ice lining the shore of Kotzebue Sound in Spring; Kotzebue, Northwestern Alaska, Alaska, United States of America

Background imageCrystallized Collection: Caribou fur and melting snow detail, Kobuk River, Northwestern Alaska, Alaska, USA

Caribou fur and melting snow detail, Kobuk River, Northwestern Alaska, Alaska, USA
Tuft of caribou fur on top of the frosted melting snow detail, Kobuk River; Northwestern Alaska, Alaska, United States of America

Background imageCrystallized Collection: Photo-microscope view of a real snowflake showing the classic 6-sided star shape

Photo-microscope view of a real snowflake showing the classic 6-sided star shape

Background imageCrystallized Collection: Photo-microscope view of a real snowflake showing the classic 6-sided star shape

Photo-microscope view of a real snowflake showing the classic 6-sided star shape

Background imageCrystallized Collection: Crystallized Fruit

Crystallized Fruit
Artistic Stands containing Crystallized Fruit. circa 1890

Background imageCrystallized Collection: Different forms of Zingiber sp. (Ginger), crystallised, poached in syrup

Different forms of Zingiber sp. (Ginger), crystallised, poached in syrup, and fresh buds from Zingiber mioga (Myoga)

Background imageCrystallized Collection: Candied pineapple rings in wooden box with crystallized purple flowers

Candied pineapple rings in wooden box with crystallized purple flowers

Background imageCrystallized Collection: Hands sprinkling sugar over rose flower head, another rose flower head

Hands sprinkling sugar over rose flower head, another rose flower head and African violet flower heads nearby (making crystallized flowers)

Background imageCrystallized Collection: Phosphate crystals, SEM C014 / 1436

Phosphate crystals, SEM C014 / 1436
Phosphate crystals, coloured scanning electron micrograph (SEM). Magnification: x500 when printed at 10 centimetres wide

Background imageCrystallized Collection: Phosphate crystals, SEM C014 / 1435

Phosphate crystals, SEM C014 / 1435
Phosphate crystals, coloured scanning electron micrograph (SEM). Magnification: x500 when printed at 10 centimetres wide

Background imageCrystallized Collection: Mesolite C013 / 6720

Mesolite C013 / 6720
Mesolite crystals. Radiating crystals (white) of the mineral mesolite in their host rock. Mesolite (hydrated sodium calcium aluminium silicate)

Background imageCrystallized Collection: Calcite C013 / 6674

Calcite C013 / 6674
Calcite. Sample of rock containing calcite (white) crystals. Calcite (calcium carbonate CaCO3) is the most important and widespread carbonate mineral on earth. Specimen from Tennesee, USA

Background imageCrystallized Collection: Mesolite C013 / 6647

Mesolite C013 / 6647
Mesolite crystals. Radiating crystals (white) of the mineral mesolite in their host rock. Mesolite (hydrated sodium calcium aluminium silicate)

Background imageCrystallized Collection: Mesolite C013 / 6646

Mesolite C013 / 6646
Mesolite crystals. Radiating crystals (white) of the mineral mesolite in their host rock. Mesolite (hydrated sodium calcium aluminium silicate)

Background imageCrystallized Collection: Geologist logging a quartz vein

Geologist logging a quartz vein
MODEL RELEASED. Geologist taking the GPS reading of a quartz vein. Veins occur when minerals, deposited by water passing through cracks in the rock, crystallise out of solution. Photographed in Kenya

Background imageCrystallized Collection: Geologist studying a quartz vein C013 / 4547

Geologist studying a quartz vein C013 / 4547
MODEL RELEASED. Geologist studying a quartz vein in the ground. Veins occur when minerals, deposited by water passing through cracks in the rock, crystallise out of solution. Photographed in Kenya

Background imageCrystallized Collection: Geologist studying a quartz vein C013 / 4545

Geologist studying a quartz vein C013 / 4545
MODEL RELEASED. Geologist studying a quartz vein in the ground. Veins occur when minerals, deposited by water passing through cracks in the rock, crystallise out of solution. Photographed in Kenya

Background imageCrystallized Collection: Geologist studying a quartz vein C013 / 4548

Geologist studying a quartz vein C013 / 4548
MODEL RELEASED. Geologist studying a quartz vein in the ground. Veins occur when minerals, deposited by water passing through cracks in the rock, crystallise out of solution. Photographed in Kenya

Background imageCrystallized Collection: Geologist studying a quartz vein C013 / 4546

Geologist studying a quartz vein C013 / 4546
MODEL RELEASED. Geologist studying a quartz vein in the ground. Veins occur when minerals, deposited by water passing through cracks in the rock, crystallise out of solution. Photographed in Kenya

Background imageCrystallized Collection: Quartz vein

Quartz vein (white) in the ground. It is next to a notebook for scale. Veins occur when minerals, deposited by water passing through cracks in the rock, crystallise out of solution

Background imageCrystallized Collection: Limescale crystals, SEM

Limescale crystals, SEM
Limescale crystals, coloured scanning electron micrograph (SEM). Limescale is the term for calcium carbonate deposited on household surfaces and appliances from the water supply

Background imageCrystallized Collection: Crystals in seminal fluid

Crystals in seminal fluid. Polarised light micrograph of a sample of abnormal seminal fluid. The sample contains crystals, which may indicate a problem with the prostate

Background imageCrystallized Collection: Pulpi geode, Spain

Pulpi geode, Spain
MODEL RELEASED. Pulpi geode, Almeria, Spain. Geologist inside the Pulpi geode, the largest geode ever discovered. Geodes are rocks that are hollow in the centre

Background imageCrystallized Collection: Meteorites, historical artwork

Meteorites, historical artwork
An iron meteorite, a cut through a Pallasite, an etched cut through an iron meteorite which shows Widmannstätten figures and a black meteor stone which shows an orientation

Background imageCrystallized Collection: Crystal geode

Crystal geode. Lump of rock cut in half showing crystals formed inside. A geode is a concretion, an irregular or ball-shaped object created when minerals fill a cavity in rock

Background imageCrystallized Collection: Salt crystals

Salt crystals

Background imageCrystallized Collection: Penicillin crystals, light micrograph

Penicillin crystals, light micrograph
Penicillin crystals. Polarised light micrograph of crystals of the antibiotic drug penicillin. Penicillin was the first antibiotic to be discovered


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"Crystallized: Nature's Frozen Artistry Unveiled" Step into a world of mesmerizing beauty as limescale crystals and mineral deposits create stunning formations at Canary Spring, Mammoth Hot Springs in Yellowstone National Park, Wyoming, USA. The intricate patterns formed by these crystalline structures are captured with astonishing clarity through the lens of a scanning electron microscope (SEM), revealing nature's hidden masterpieces. Delve deeper into the realm of crystallization as we explore DDE-90027028, where crystallized fruit takes center stage. Witness the transformation from succulent sweetness to delicate crystal formations that adorn each piece like sparkling jewels. Venture further north to Northwestern Alaska's Kotzebue Sound, where ice crystal details in melting snow during springtime offer an ethereal spectacle. Each delicate flake tells its own story, showcasing the timeless elegance of nature's frozen artistry. In this icy wonderland, even caribou fur and melting snow reveal their enchanting secrets. As microscopic views unveil intricate patterns within glistening droplets, we witness how every detail is meticulously crafted by Mother Nature herself. Marvel at the symmetrical perfection found in real snowflakes under a photo-microscope view. These six-sided star shapes captivate our imagination and remind us of the infinite wonders that lie within even the tiniest creations. But not all crystals bring delight; gout crystals serve as a reminder of our body's fragility. Yet even amidst pain and discomfort, there is an undeniable allure to their formation – proof that beauty can arise from unexpected places. Return once more to Canary Spring at Mammoth Hot Springs in Yellowstone National Park for another glimpse into nature's captivating display. Here, mineral deposits form breathtaking landscapes that seem almost otherworldly – reminding us once again of Earth’s remarkable ability to shape itself over time. From remote corners of Northwestern Alaska to iconic American landmarks like Yellowstone National Park - the world of crystallization offers a kaleidoscope of wonders.