Physics
We summarize the week's scientific breakthroughs every Thursday.
- Particle Physics
If real, dark fusion could help demystify this physics puzzle
Fusing dark matter particles might explain why galaxy cores have evenly distributed dark matter.
- Particle Physics
Mysterious neutrino surplus hints at the existence of new particles
Neutrinos show up in greater numbers than expected in an experiment, possibly bolstering the idea of a fourth type of the particle.
- Astronomy
A neutron star crash may have spawned a black hole
The neutron collision that took the astronomical community by storm last year probably created a black hole, researchers say.
- Tech
Future smart clothes could pack serious gadgetry
Casual daywear may someday contain some serious tech. But engineers have to take conventional electronics and make them comfortable to wear.
- Neuroscience
Here’s why scientists are questioning whether ‘sonic attacks’ are real
Sonic attacks would be hard to pull off and a terrible way of incapacitating diplomats, experts say.
- Astronomy
Two-faced star reveals a pulsar’s surprising bulk
An ultramassive pulsar is frying its stellar companion so that the star shows two different temperatures.
- Science & Society
Readers respond to pesticides, Hawking radiation and more
Readers had questions about pesticides, Hawking radiation and the intersection of science and the public.
- Particle Physics
Dark matter particles elude scientists in the biggest search of its kind
The XENON1T experiment saw no signs of hypothetical dark matter particles called WIMPs.
- Particle Physics
The inside of a proton endures more pressure than anything else we’ve seen
For the first time, scientists used experimental data to estimate the pressure inside a proton.
- Plants
Meet the speedsters of the plant world
Researchers have recently uncovered a diverse array of mechanisms that allow plants to move — often faster than the blink of an eye.
- Physics
Despite a new measurement, the neutron’s lifetime is still puzzling
Two techniques for gauging the subatomic particle’s longevity disagree.
- Particle Physics
The proton’s weak side is just as feeble as physicists thought
Scientists make the most precise measurement yet of the proton’s weak charge and find it agrees with predictions.
