Previously unobserved frequency changes in radio signals detected in a black hole binary system could change our understanding of black hole physics.
Black hole orbit oscillations shore up general relativity
Oscillations measured in the orbits of a pair of black holes have once again helped confirm predictions made using general relativity.
Quantum entanglement allows scientists to track time more accurately
Scientists have built atomic clocks with unprecedented levels of precision by harnessing quantum entanglement.
Saving a dark matter theory from a quantum tunneling flaw
Tiny interactions between dark matter particles may resolve discrepancies between theory and astronomical observations caused by quantum tunneling.
Exploring quantum gravity with a simple pendulum experiment
Even tiny deviations in pendulum behavior caused by quantum gravity could be clearly noticeable, say researchers.
Killing cancer cells with a molecular jackhammer
Mechanical therapy physically breaks down cancer cells and could help overcome the problem of treatment resistance.
How does rotation affect the quantum properties of electrons?
A study explores how the behavior of electrons changes on the mesoscale under magnetic fields and rotation.
Uncovering a new language in the brain
A group of brain cells called astrocytes might be involved in how information is conveyed within the brain’s neural networks.
Building ultra-precise clocks thanks to quantum entanglement
Scientists use quantum entanglement to compare two atomic clocks achieving what might be the ultimate precision possible.
Supermassive black holes on a collision course
45 years worth of radio telescope observations have identified a pair of supermassive black holes at the core of two galaxies set to merge.