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It could be something heavy, so tune in!
It was floating around where we estimated it would be.
More weird quantum physics.
Sharing sensitive data will never be the same.
The blue pill or the red pill?
They opened a new door in our understanding of the universe and definitely deserve all the honors.
Early Earth could have lost as much as 40% of its mass during collisional growth.
It's pretty much official now: we have gravitational waves.
It's like storing lightning in thunder.
It's pretty simple math.
The northern lights might be a brilliant spectacle for some, but they spelled doom for some unfortunate sperm whales.
If confirmed, this could indicate a remarkable progress in modern physics.
We will be able to see the very fabric of the world make and break.
It took a while, but the axe's 8,000-year-old design finally got a much needed revamp.
Scientists think this is a left over effect since the sun formed billions of years ago. In time, solar wind likely slowed the rotation of the outer sun.
The breakthrough could help cool the hotspots of high-performance electronics.
It's a bubble-eats-bubble world out there.
It's the confirmation of a long-standing theory. Or is it?
Ice isn't as boring as you think.
It seems water has a personality crisis.
Ice lollipops in clouds sounds just delightful.
Experimental technology for the future.
Ah, wheeled luggage -- a necessary evil.
Your childhood fantasies weren't all that off.
This is the beginning of the quantum internet.
Looking deep inside a knife.
Three times bigger and seven times more powerful. Particles have no idea what's in store for them.
It's an impressive achievement.
This magnet is just one atom thick.
It does the same job, while being 10 times thinner and much cheaper.
Why blow up when you can mass up?
Can your Internet landline do this? No.
A first of its kind study found rain on Mars was quite abundant.
Prepare for some quantum madness.
He named his machine the TARDIS -- bonus points for that.
This new state of matter could be key to building quantum computers.
No more fans for us!
The little brother of LHC might be on to something big!
The matter flows against the pushing force.
The answer to this deceptively simple question could help scientists better understand structures like DNA.
Desalination might one day be as easy as passing water through a sieve.
A novel and better way to make graphene into a semiconductor.
The stakes have never been so tiny.
Greedy!
Not a problem many would even think possible -- but a real one nonetheless.
Scaled up, it will likely lose some efficiency -- but will still leave HDDs in the dust.
Seeing the unseeable.
It's cool, and it's totally out there!
Is there anything graphene can't do?
For once, it's not something to do with global warming, phew!
