Physics
Astronomers use dead stars to measure gravitational waves produced by ancient black holes
As research challenges theories of how galaxies evolved, studying the era after the Big Bang using gravitational waves could be invaluable.
How Mars lost its magnetic field — and then its oceans
Were it not for Earth's strong magnetic field, our planet would look just like Mars. And strong magnetic fields may be rare in the Universe.
Our language is inadequate to describe quantum reality
In the quantum world, the observer determines the physical nature of what is being observed. The notion of an objective reality is lost.
New navigation system works even when GPS fails
A new navigation system that tracks subatomic particles called “muons” could help us get around indoors, underground, and underwater.
Plants perform quantum mechanics feats that scientists can only do at ultra-cold temperatures
There may be a link between quantum mechanics and photosynthesis explaining why plants are so effective at converting light to food.
“Spooky” quantum biology might cause your DNA to mutate
Research suggests that quantum effects could drive mutations in human DNA — the latest development in the emerging field of quantum biology.
How the world’s most sensitive yardstick reveals secrets of the universe
When two massive objects – like black holes or neutron stars – merge, they warp space and time. Here's the tool that measures the resulting waves.
How to terraform Mars, without nukes, on a budget
Terraforming Mars has been a dream for decades; here’s how we might get it started today.
For the first time, astronomers have detected a radio signal from the massive explosion of a dying white dwarf
Patience and persistence pays off in ways researchers never expected, allowing them to hear the dying whispers of a distant star.
