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Larin
Larin
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Region: SA
Friday 18 September 2026 20:48:07 GMT
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The salt I used in this video is monoammonium phosphate. As you can see at the start of the video, when monoammonium phosphate comes into contact with water, its crystal structure breaks apart almost instantly, dissolving into ammonium and dihydrogen phosphate ions that become surrounded by water molecules. . As the water begins to evaporate on the glass slide, the ions become more concentrated and start to reorganize. Nucleation points form where the first tiny crystals appear, and from those points, larger crystals grow outwards. . Monoammonium phosphate is birefringent (it splits light into different paths depending on crystal orientation) so when I use polarized light, these recrystallized structures look like colorful microscopic geometrical jewels. Those pyramidal crystals under the microscope and with polarized light are just amazing! . For this video, I used an Olympus BX41 microscope at up to 200x magnification. #microscopy #microscope #crystals #polarizedlight
The salt I used in this video is monoammonium phosphate. As you can see at the start of the video, when monoammonium phosphate comes into contact with water, its crystal structure breaks apart almost instantly, dissolving into ammonium and dihydrogen phosphate ions that become surrounded by water molecules. . As the water begins to evaporate on the glass slide, the ions become more concentrated and start to reorganize. Nucleation points form where the first tiny crystals appear, and from those points, larger crystals grow outwards. . Monoammonium phosphate is birefringent (it splits light into different paths depending on crystal orientation) so when I use polarized light, these recrystallized structures look like colorful microscopic geometrical jewels. Those pyramidal crystals under the microscope and with polarized light are just amazing! . For this video, I used an Olympus BX41 microscope at up to 200x magnification. #microscopy #microscope #crystals #polarizedlight

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