First Quantum Entanglement Between Dissimilar Particles Provides A View Inside Atomic Nuclei We can’t literally see the inside of an atomic nucleus, but a new entanglement of subatomic particles ...

Microsoft named the chip “Majorana 1” because it consists of Majorana particles, which is a particular type of subatomic particle with unusual properties. One is that a Majorana particle is ...

The mechanism also suggested a state of matter exists in neutron stars that is "non-nuclear," in which quarks are allowed to exist "deconfined" in protons, neutrons and other particles.

When researchers blasted lead-208 with ions to excite the subatomic particles and determine the shape of the nucleus, they found that it was instead sort of oblong, as if it had been squashed.

the proton and beryllium 7 nucleus as a function of the distance between them. This probability depends on the distribution of protons inside boron 8, which is high for ...

Their achievement cemented the theory of quantum chromodynamics, or QCD, which describes the interactions of quarks and other subatomic particles inside the nucleus.

Learning with TOI News: Atoms are the fundamental components of matter, made up of three subatomic particles: protons, neutrons, and electrons. The structure of atoms determi ...

These subatomic particles — created when cosmic rays enter the Earth's atmosphere — are harmless and quickly decay into clusters of lighter particles. The particles penetrate objects like X-rays do, ...

protons inside boron 8, which is high for small distances and becomes smaller at large distances. “The distribution has the shape of a hill,” Gagliardi says, “with the ...