Topic: microscopic

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Microworld Unseen: SEM images of the Pale Grass Blue butterfly

Everyday objects and life forms, magnified hundreds, thousands, even tens of thousands times, what would you see? That's what we want to show in Microworld Unseen, a new project from Beauty of Science, in which we use...

An up-close look at tardigrades and their poop

It is surely the stuff of science fiction: An extraordinary being arrives on Earth that can withstand a tortuous array of conditions: boiling, freezing, tremendous atmospheric pressure, near total dehydration, and exp...

Is Your Fleece Jacket Polluting The Oceans?

When you hear “plastic” pollution, you might picture six-pack rings wrapped around seagulls or beaches littered with plastic bottles. But now, researchers are discovering a new menace -- microfibers. They’re tiny stra...

Why Is Blue So Rare In Nature?

Among living things, the color blue is oddly rare. Blue rocks, blue sky, blue water, sure. But blue animals? They are few and far between. And the ones that do make blue? They make it in some very strange and special ...

The Master Microfixer Teaching the World to Fix iPhones

Master Microfixer Jessa Jones repairs iPhones and iPads in ways that Apple doesn't: board-level micro-repair. Her background as a geneticist—"a field that involves the study of how really really tiny things built insi...

Cell division in a frog egg, a microscopic time lapse video

In a feat of DIY time lapse filmmaking at a microscopic scale, wildlife filmmaker and photographer Francis Chee captured the cell division of a Rana temporaria common frog egg. Watch it transform from a few cells to.....

An up close look at fingerprints and sweat glands

Zoom in to see this fingertip's epidermal ridges, those tiny lines, whorls, loops, arches, and valleys that are unique to each person on the planet. This macro and time lapse footage, filmed by Time Lapse Vision, an i...

Hunting for microbes in Central Park’s murkiest waters

Follow biologist Sally Warring into New York City's Central Park as she collects water samples from fountains and ponds to find instagrammable microbes. From her site PondLife.com: All free-living life forms are m...

The seafloor microscope that can reveal corals’ secrets

See the seafloor like you've never seen it before, thanks to this microscope, the first to show 1.6 millimeter-sized coral polyps up close in the wild. An effort to better understand these lifeforms in the face of cor...

Stanford’s µTug microrobots can pull a car

Watch six of Stanford's µTug (MicroTug) robots pulling an unmodified 3,900lb (1,800kg) car thanks to special directional adhesive "shoes" and "a very long, very slow, but very steady winching gate." The six microTugs ...

See Microbes with this DIY Phone Microscope

What tiny creatures are living in the street puddles or pond water where you live? You can discover them for yourself using a smartphone, some poster tack, and a laser pointer. In this episode of Gross Science, Anna R...

The Foldscope – A Paper Microscope that Costs $1

To help make microscopes as accessible and as sturdy as pencils, Stanford University biophysicist Manu Prakash created an ultra-low-cost origami-based microscope. He was inspired by a 2011 visit to a Thailand clinic w...

Wim van Egmond’s award-winning microscopic videos

Winning first place in Nikon's 2015 Small Worlds in Motion competition, this is a Trachelius ciliate feeding on a Campanella ciliate -- "a classic life and death struggle played out in miniature" -- captured by Wim va...

You Have Mites Living On Your Face – Gross Science

Yep, you have mites living on your face. And in this episode of Gross Science, Anna Rothschild explains how they're eating, laying eggs, dying, and leaking feces. On your face. But don't worry because we've known this...

Stanford’s MicroTug robot can pull 2,000x its weight on glass

Inspired by the incredible sticking power in ant feet and gecko toes, researchers at Stanford's Biomimetics and Dextrous Manipulation Lab have developed directional adhesives that help this 12-gram µTug (MicroTug) rob...

How do you find water bears (tardigrades) in the wild?

Tardigrades (also called water bears or moss piglets) refer to over 1,150 species of microscopic aquatic animals that can be found in moss, ferns, lichens, soil, beaches, dunes, and other damp habitats all over the pl...

From Drifter to Dynamo: The Story of Plankton – Deep Look

Mind-blowing fact: A massive group of single-celled algae called diatoms are considered champions of photosynthesis. Why? Diatoms are responsible for an estimated 20% to 40% -- maybe even 60% -- of the Earth's oxygen....

Hydrophobic metal made with laser-etched microscopic patterns

Scientists from the University of Rochester have created water-repelling metal by laser-etching nanostructures into the surface. Watch as water droplets bounce like water balloons off of the metal's super-hydrophobic ...

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