Scientists have constrained the mass of neutrinos to less than 1 eV for the first time, breaking an important barrier in neutrino physics.

Scientists have constrained the mass of neutrinos to less than 1 eV for the first time, breaking an important barrier in neutrino physics.
Scientists have turned to string theory to better understand black holes, proposing they can be modeled as “fuzzballs” made up of interacting strings.
In a major breakthrough, scientists have demonstrated sustained nuclear fusion energy, providing hope for future large-scale projects.
Using an artificial neural network and AI, researchers are developing a powerful computational tool to model particle physics following the Big Bang.
A new endeavor explores the idea of topological qubits that are easy to engineer for error-free quantum computing.
Physicists hope to detect asymmetry in spinning black holes using NASA’s LISA telescope to finally provide proof of quantum gravity.
A new theory for the origin and nature of dark matter resolves some inconsistencies between cosmological predictions and astronomical data.
The existence of a quantum membrane is predicted by some theories of gravity, and scientists might be one step closer to identifying one.
A 1913 manuscript by Albert Einstein and Michele Besso containing a precursor theory to general relativity sells at Paris auction.
Predicting the properties of materials made easier through an understanding of their curvilinear geometries.