Physics
- Physics
Gravity waves exemplify the power of intelligent equations
Discovering gravity waves confirms Einstein and illustrates the power of the human mind to discern physical phenomena hidden in mathematical equations.
- Physics
‘Gravity waves’ is an OK way to refer to gravitational radiation
There’s not lexicographical basis for complaints that ‘gravity wave’ is incorrect usage for gravitational waves.
- Physics
The long road to detecting gravity waves
Thanks to two colliding black holes, Einstein's historic prediction of gravitational waves disturbing the fabric of spacetime has finally been realized.
- Physics
Gravitational waves explained
Colliding black holes send ripples through spacetime that can be detected here on Earth. What are these gravitational waves, and how did Advanced LIGO detect them?
- Physics
Gravity waves from black holes verify Einstein’s prediction
Gravitational waves, tremors in the cosmic fabric of space and time predicted by Einstein a century ago, have finally been detected, opening a new avenue for exploring the universe.
- Particle Physics
Physicists find signs of four-neutron nucleus
Strong evidence of a tetraneutron, an atomic nucleus with four neutrons but no protons, defies physicists’ theoretical expectations.
- Physics
Nuclear fusion gets boost from private-sector startups
Private-sector firms are creating nuclear fusion machines that may beat governments to the punch.
- Particle Physics
Entanglement is spooky, but not action at a distance
Recent experiments on quantum entanglement confirm that it’s spooky, but it was not, as Einstein implied, action at a distance.
- Particle Physics
Quantum spookiness survives its toughest tests
Recent experiments on quantum entanglement confirm that it’s spooky, but it was not, as Einstein implied, action at a distance.
- Chemistry
Frozen oil droplets morph and shine
Scientists can turn oil droplets into an array of crystalline shapes by manipulating the chemistry and temperature of the droplets’ surroundings.
- Quantum Physics
Quantum histories get all tangled up
Multiple versions of history may be quantum entangled just like particles, a new experiment suggests.
- Physics
Early quark estimates not entirely realized
Decades of research have shed a little light on quarks, the mysterious building blocks of atoms.
