#nanophotography — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #nanophotography, aggregated by home.social.
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A showcase of digital PolyNIPAM and polyethyleneimine models, created from real polymer simulations via the PolyConstruct platform.
Illustration: Ada Quinn/AIBN
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An osteocyte is the most abundant cell in mature bone. Here’s one in a 3D biomimetic hydrogel system.
Photograph: Shiva Muthuswamy/AIBN
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An osteocyte is the most abundant cell in mature bone. Here’s one in a 3D biomimetic hydrogel system.
Photograph: Shiva Muthuswamy/AIBN
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An osteocyte is the most abundant cell in mature bone. Here’s one in a 3D biomimetic hydrogel system.
Photograph: Shiva Muthuswamy/AIBN
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An osteocyte is the most abundant cell in mature bone. Here’s one in a 3D biomimetic hydrogel system.
Photograph: Shiva Muthuswamy/AIBN
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An osteocyte is the most abundant cell in mature bone. Here’s one in a 3D biomimetic hydrogel system.
Photograph: Shiva Muthuswamy/AIBN
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Brain organoids are tiny, synthetic representations of real human brains. This section of a human brain organoid shows the star-shaped glial cells known as astrocytes, aged 140 days.
Photograph: Bahaa Al-mhanawi/AIBN
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What looks like an enchanted forest is in fact a zinc electrode after cycling in an aqueous battery.
Photograph: Yiqing Wang/AIBN
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Here we have a vibrant array of nanocellulose crystals gel derived from trees reflecting a spectrum of colours under cross-polarised light - a powerful tool for optical spectroscopy.
Photograph: Yusra Rabbani
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A cerebral snapshot of a synthetically grown brain organoid. This mini organ replica is smaller than a lentil and perfectly represents the intricate connections of the developing human brain.
Photograph: Sean Morrison
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Summer vibes! Here researchers have captured dendrite generated on a zinc surface, and added their own seaside-themed flourish.
Photograph: Yutong Zhu