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Nano-magnifying glass converts infrared light into visible light

The cheap converter opens the door to a range of applications ranging from tracking cancers to observing cosmic objects.

Acoustics and air bubbles could help researchers monitor how glaciers melt

An unusual method could help us assess glacier melting in real time.

New 'super jelly' is soft, but strong enough to withstand the weight of a few cars

This is the first time such a material has been developed.

One of Einstein's manuscripts is going to auction and is expected to fetch millions of euros

It is undoubtedly the most valuable Einstein manuscript to ever come to auction, according to the auction house.

Fusion breakthrough brings us one step closer to solving key challenges

Another step towards a working fusion reactor.

Airborne survey reveals how Mesoamerican cultures built their cities

The architecture of over 400 sites, built over a period of 2,000 years, has been revealed.

Could machine learning help us develop next-generation materials? These researchers believe so

Algorithms could help usher in a new material revolution.

Researchers finally explain the 'Zen Stone' phenomenon, and how it could affect space explorers

You never know where some niche knowledge can be applied.

A universe in a bottle: why simulating everything there is is so important

You live in a world where simulations are possible -- and we're not sure if everything *is* a simulation.

Batman cloak-like chainmail switches from flexible to tough on command

When jammed, the chainmail particles stiffen into a fabric that can support a load 50 times its weight.

Astronomers discover the fastest orbiting asteroid

The asteroid 2021 PH27 is the closest asteroid to the Sun with a surface temperature hot enough to melt lead and completes an orbit in just 113 days.

Physicists make 2-D supersolid that flows without friction, a world first

It's like an ice cube flowing on water without friction.

Physics sheds light on the 20-second handwashing rule. Here's why it's so effective

A fluid dynamics model explains what happens to potentially harmful particles during handwashing.

Scientists turn water into shiny metal

No alchemy involved -- just clever science.

Cheap material could help convert waste heat into electricity

More than 65% of the energy we use is wasted as heat.

Earth's rotational slowdown may have led to life as we know it

The transition towards longer days may have allowed cyanobacteria enough breathing room to produce enough oxygen to dramatically and forever alter Earth’s atmosphere.

What is gravitational lensing -- and how it helped prove Einstein right

Massive objects become the astrophysicists’ extra lenses.

Machine learning is paving the way towards 3D X-rays

It's still not ready for a hospital near you, but it will get there eventually.

InSight maps Mars' composition and chunky core for the first time

Thanks to NASA's InSight Mars mission we now have a good picture of the interior of another planet.

Cool experiment shows dice ordering themselves in a shaking cylinder

Nothing like a good shake to get you back in order, eh?

Scientists make the world's thinnest magnet. It's just one atom thick

The new material is one millionth the thickness of a single sheet of paper.

Neutron Stars Make Ant Hills Out of Mountains

New research has shown that mountains on the surface of neutron stars could be millimetres tall.

Scientists combine a semiconductor and superconductor for the first time

The combination produces exciting physical phenomena that could be used in electronics and quantum technology.

Could we use a Dyson sphere to harvest energy around a black hole?

Advanced civilizations could build giant power generator structures around black holes and we could even detect them.

Researchers develop cheap, simple, on-demand water disinfection process

All it needs is electricity, air, and a gold-palladium catalyst.

What if the Earth was made of blueberries?

Supposed the entire Earth was replaced with blueberries. What happens?

We now know the largest spinning objects in the universe

Welcome to the world of spinning cosmic filaments.

Astronomers Solve the Mystery of Betelgeuse's 'Great Dimming'

Astronomers are no longer in the dark about the dimming of Betegeuse.

Australian scientists accidentally engineer one of the world's most thermally stable materials. It doesn't expand even when heated by 1,400 °C

The composite material could prove particularly useful in aerospace where temperatures can spike wildly between space and atmospheric re-entry.

Our most sophisticated radio telescope found over 500 radio signals in the sky in a year

There could be hundreds of such events, unnoticed, every day.

Galactic neighbourhoods have an influence on stellar nurseries

A newly conducted in-depth cosmic census has revealed that star-forming molecular clouds come in an array of shapes and sizes.

Scientists find a new way to make virtual stars

Researchers developed a 3D star formation simulation, good enough to make you gaze at the example video for a while.

Chandra X-ray and MeerKAT data reveal a busy galactic center

The study found magnetic phenomena in the center of the Milky Way that resemble those in our solar system

Physicists find definite proof of how auroras are born

We now have definite evidence of how auroras light up the sky in the high latitudes.

Astronomers map over 100 million galaxies to crack dark matter and dark energy puzzle

The Dark Energy Survey has delivered its first results providing one of the most detailed pictures of the Universe ever created.

Why shaving dulls even the sharpest of blades

A new study shows the surprising way hair cracks shaving blades.

Comets have a heavy metal atmosphere

Astronomers have discovered iron and nickel vapour in the atmospheres of comets distant from the Sun and surrounding the interstellar visitor 2I/Borisov.

Taming chaos: Scientists get a step closer to solving the 'three-body problem'

For three and a half centuries, the three-body problem has proven intractable. But an eight-dimensional loophole could prove our best shot yet.

New “Genomic Microscope” for the Microbiome Discovers Carbon Dioxide-Eating Microbes Living in Superheated Seafloor Hydrothermal Vents

Cutting-edge proximity ligation sequencing technology identifies and tracks microbial communities thriving in East Pacific Ocean plumes

Astronomers found the closest black hole to Earth. It's called 'The Unicorn'

The Unicorn is just three times the mass of the Sun, making it one of the smallest ever found.

Scientists develop origami inflatable structures that are stable both inflated and deflated

Monostable inflatable buildings are *so* last year.

Double trouble! Astronomers discover distant quasar pairs

A pair of quasars closer together than any others previously observed could help researchers understand supermassive black hole binaries.

Scientists just reported new subatomic particle measurements that could break the Standard Model

This could be the biggest news in physics since the Higgs boson.

Can geoengineering stop climate change? A new paper says it can help, but it's no magic bullet

And there's still a lot we don't understand about its effects.

Uranus is leaking radiation, researchers say

Some headline formats never get old.

Why some scientists are trying to redefine the second

Optical clocks use such high vibration oscillators that they may be used to detect gravitational waves.

Black Hole Seen Clearly in Historic New Direct Image

A new image of M87's black hole in polarized light gives us a spectacular view of the powerful spacetime event.

Jupiter's Supersonic Stratospheric Winds Make it a Unique Beast

Astronomers have measured Jupiter's Stratospheric Winds for the First Time.

A new study provides our best-yet prediction of what a metallic volcano might look like

If you like volcanoes, Earth isn’t a bad place to live on. After all, our planet is quite geologically active, and that also translates into a respectable level of volcanism. But when it comes to having a variety of flavors, the Earth can be a bit lacking. A new paper, however, comes to estimate what […]

The Exoplanet that grew a second atmosphere

Using the Hubble Space Telescope astronomers have spotted GJ 1132 b, an extraordinary exoplanet where volcanic activity 'grew' an atmosphere.