A miniature universe exists just beyond our sight - these photos capture it in beautiful, breathtaking detail

Advertisement
A miniature universe exists just beyond our sight - these photos capture it in beautiful, breathtaking detail

nikon small world microscope images 1st place

Yousef Al Habshi/Nikon Small World

Green scales decorate the eye of an Asian red palm weevil.

Advertisement

The world is not as it seems. Just beyond the limits of our vision exists a miniature universe that beckons to be explored by curious, oversize humans.

Microscopes give us a window into that tiny cosmos, and talented photographers and videographers from around the world have used the tools for centuries to document it in stunning detail. But the equipment and techniques to take microscope photos get better with each passing year.

In honor of the beauty and scientific importance of micrographs, as such pictures are called, the Nikon Small World contest rounds up the best images every year and awards prizes to the top 20 entries. This year marks the 44th competition.

Judging involves poring over thousands of photos, spotting fakes and non-microscopic images, and then assessing the technique, subject matter, and "wow" factor of the remainder.

Advertisement

What you see above is the first-place image, which was taken by Al Habshi in the United Arab Emirates. It shows the compound eye of a half-inch-long Asian red palm weevil, also known as Metapocyrtus subquadrulifer, decorated with brilliant green scales.

"Not all people appreciate small species, particularly insects," Habashi said in a press release. "Through photomicrography we can find a whole new, beautiful world which hasn't been seen before. It's like discovering what lies under the ocean's surface."

To see all of the photos the judges picked as winners, keep scrolling.

{{}}

This cluster of reproductive cells within a fern won second-place.

This cluster of reproductive cells within a fern won second-place.

This is third place: a spittlebug nymph huddling inside a protective coat of bubbles.

This is third place: a spittlebug nymph huddling inside a protective coat of bubbles.
Advertisement

Ever seen a peacock feather this close? This is the fourth-place winner.

Ever seen a peacock feather this close? This is the fourth-place winner.

No. 5: A spider embryo with its surface in pink and microtubules in green.

No. 5: A spider embryo with its surface in pink and microtubules in green.
Advertisement

No. 6: The central part of a primate's retina.

No. 6: The central part of a primate's retina.

No. 7: A dried human tear drop.

No. 7: A dried human tear drop.
Advertisement

No. 8: A portrait of a very grumpy-looking mango seed weevil, or Sternochetus mangiferae.

No. 8: A portrait of a very grumpy-looking mango seed weevil, or Sternochetus mangiferae.

No. 9: A security hologram.

No. 9: A security hologram.
Advertisement

No. 10: A pair of stalks containing pollen grains.

No. 10: A pair of stalks containing pollen grains.

No. 11: A human fibroblast, which is vital for the healing of damaged organs, undergoes cell division. (DNA is stained magenta.)

No. 11: A human fibroblast, which is vital for the healing of damaged organs, undergoes cell division. (DNA is stained magenta.)
Advertisement

No. 12: Scales on the wing of a Madagascan sunset moth, or Chrysiridia rhipheus.

No. 12: Scales on the wing of a Madagascan sunset moth, or Chrysiridia rhipheus.

No. 13: An acorn barnacle.

No. 13: An acorn barnacle.
Advertisement

No. 14: A cell from an African green monkey stained to show it's hidden structure.

No. 14: A cell from an African green monkey stained to show it's hidden structure.

No. 15: A mite on the back of a honeybee.

No. 15: A mite on the back of a honeybee.
Advertisement

No. 16: A mouse's oviduct, which serves as the site of fertilization.

No. 16: A mouse's oviduct, which serves as the site of fertilization.

No. 17: Breast tissue, with milk-filled spheres (in red) surrounded by muscle cells that squeeze out milk (in yellow), and immune cells that detect infection (in blue).

No. 17: Breast tissue, with milk-filled spheres (in red) surrounded by muscle cells that squeeze out milk (in yellow), and immune cells that detect infection (in blue).
Advertisement

No. 18: Crystallized amino acids — the molecules that make up genetic material.

No. 18: Crystallized amino acids — the molecules that make up genetic material.

No. 19: Ouch — an Asian hornet with venom on its stinger.

No. 19: Ouch — an Asian hornet with venom on its stinger.
Advertisement

No. 20: The layers of a human retina that enable people to see.

No. 20: The layers of a human retina that enable people to see.

Nikon Small World also recognizes "honorable mentions" that didn't make the top 20, but were close. Here's a Daphnia water flea full of eggs.

Nikon Small World also recognizes "honorable mentions" that didn't make the top 20, but were close. Here's a Daphnia water flea full of eggs.
Advertisement

Sea angel larvae use cup-shaped mouthparts to feed.

Sea angel larvae use cup-shaped mouthparts to feed.

The mold Penicillium vulpinum can grow with surprising symmetry.

The mold Penicillium vulpinum can grow with surprising symmetry.
Advertisement

The shell of a lychee fruit that's illuminated from within.

The shell of a lychee fruit that's illuminated from within.

The wing of an emperor butterfly.

The wing of an emperor butterfly.
Advertisement

A cross section of a Bosnian pine tree.

A cross section of a Bosnian pine tree.

Mosses.

Mosses.
Advertisement

Cloth fabric (in red) and bubbles on the surface of a rock.

Cloth fabric (in red) and bubbles on the surface of a rock.

A chameleon embryo.

A chameleon embryo.
Advertisement

Because there are so many good images, Nikon Small World has a third category called "images of distinction," which follow. The category includes this picture of a Wonga Wonga Vine. It's a popular garden plant found in Australia and the southwestern Pacific region.

Because there are so many good images, Nikon Small World has a third category called "images of distinction," which follow. The category includes this picture of a Wonga Wonga Vine. It's a popular garden plant found in Australia and the southwestern Pacific region.

Dye-injected nerve cells inside a mouse's brain.

Dye-injected nerve cells inside a mouse's brain.
Advertisement

Cyclop, a one-eyed water flea, with eggs.

Cyclop, a one-eyed water flea, with eggs.

The surface of aluminum milling grooves.

The surface of aluminum milling grooves.
Advertisement

Part of a brain with nerve cells in red, nuclei in blue, and tau proteins in green.

Part of a brain with nerve cells in red, nuclei in blue, and tau proteins in green.

Sex organs and support structures of moss.

Sex organs and support structures of moss.
Advertisement

A male wasp from Fiji.

A male wasp from Fiji.

Eek! This is the tip of a tarantula's fang.

Eek! This is the tip of a tarantula's fang.
Advertisement

A fern's reproductive cells.

A fern's reproductive cells.

The underside of a decaying northern red oak leaf.

The underside of a decaying northern red oak leaf.
Advertisement

Fluorescent protein in a living HeLa cell, which is the oldest human cell line used in scientific research.

Fluorescent protein in a living HeLa cell, which is the oldest human cell line used in scientific research.

A parasitic roundworm.

A parasitic roundworm.
Advertisement

Bee hairs.

Bee hairs.

A dried-out drop of blood.

A dried-out drop of blood.
Advertisement

Dandelion pollen.

Dandelion pollen.

Golden algae found in freshwater.

Golden algae found in freshwater.
Advertisement

A segmented worm with movable hairs.

A segmented worm with movable hairs.

A mouse embryo stained for motor nerves (in red), sensory nerves (in magenta), and nerve endings (in cyan).

A mouse embryo stained for motor nerves (in red), sensory nerves (in magenta), and nerve endings (in cyan).
Advertisement

A rotifer — a microscopic aquatic animal — feeding.

A rotifer — a microscopic aquatic animal — feeding.

A flower in bloom.

A flower in bloom.
Advertisement

A skate fish embryo.

A skate fish embryo.

A European earwig.

A European earwig.
Advertisement

Almandine, a type of mineral from Hubei, China.

Almandine, a type of mineral from Hubei, China.

Iron oxide needles on quartz in Ontario, Canada.

Iron oxide needles on quartz in Ontario, Canada.
Advertisement

Part of a cat's tongue showing blood capillaries.

Part of a cat's tongue showing blood capillaries.

A fruit fly ovary.

A fruit fly ovary.
Advertisement

Amino acid crystals.

Amino acid crystals.

A hibiscus flower.

A hibiscus flower.
Advertisement

A parasitic larva from a wasp family feeds on a spider abdomen.

A parasitic larva from a wasp family feeds on a spider abdomen.

Human neurons from Parkinson patients.

Human neurons from Parkinson patients.
Advertisement

A ball of plastic microfibers found drifting in the ocean's plankton.

A ball of plastic microfibers found drifting in the ocean's plankton.

Microtubules in cells from veins of a human's umbilical cord.

Microtubules in cells from veins of a human's umbilical cord.
Advertisement

Mite on an antenna of a May bug.

Mite on an antenna of a May bug.

The early development phase of a tea-leaved willow's male reproductive part.

The early development phase of a tea-leaved willow's male reproductive part.
Advertisement

Glassworm larva.

Glassworm larva.

A flea.

A flea.
Advertisement

Marine organisms called dinoflagellates taken from a culture of algae.

Marine organisms called dinoflagellates taken from a culture of algae.

A rotting willow leaf.

A rotting willow leaf.
Advertisement

Neurons of a mouse's inner ear.

Neurons of a mouse's inner ear.

A 3D reconstruction of a mouse testicle (in green) and blood vessels (in red).

A 3D reconstruction of a mouse testicle (in green) and blood vessels (in red).
Advertisement

Skeletal muscle cells.

Skeletal muscle cells.

A thistle tortoise beetle.

A thistle tortoise beetle.
Advertisement

Freshwater snail eggs.

Freshwater snail eggs.

Sea urchin larva found in marine plankton.

Sea urchin larva found in marine plankton.
Advertisement

Single-celled marine organisms that grow on seaweeds.

Single-celled marine organisms that grow on seaweeds.

The inside of a mouse eye. Fibers (blue) help suspend the lens at the center (red).

The inside of a mouse eye. Fibers (blue) help suspend the lens at the center (red).
Advertisement

Layered crystal faces of smithsonite.

Layered crystal faces of smithsonite.

Transport tissue in a buttercup root.

Transport tissue in a buttercup root.
Advertisement

The iris of a human eye, with a "freckle" shown in blue.

The iris of a human eye, with a "freckle" shown in blue.

A wilted flower.

A wilted flower.
Nikon Small World also awards winners for its "Small World in Motion" video contest. See all of those winners here.

Disclosure: Dave Mosher, one of the authors of this post, was invited to judge the Nikon Small World competitions in 2017 and 2014.

Advertisement