A recent study published in Nature obtained a value for the root-mean-squared charge radius of this particle that was roughly five standard deviations away from the currently accepted value. CERN utilizes Penning traps to confine this particle's antiparticle and when this particle decays, a pion and a positron should be produced, though that has never been observed. That is unsurprising since the experimental half-life of this particle is on the order of 10-to-the-33rd-power years and this particle's decay may be impossible. This particle is composed of two up quarks a
A recent study published in Nature obtained a value for the root-mean-squared charge radius of this particle that was roughly five standard deviations away from the currently accepted value. CERN utilizes Penning traps to confine this particle's antiparticle and when this particle decays, a pion and a positron should be produced, though that has never been observed. That is unsurprising since the experimental half-life of this particle is on the order of 10-to-the-33rd-power years and this particle's decay may be impossible. This particle is composed of two up quarks and one down quark, and the number of these particles in an atom is equal to the atomic number. For ten points, identify this positively charged particle found in the nucleus along with the neutron.
A recent study published in Nature obtained a value for the root-mean-squared charge radius of this particle that was roughly five standard deviations away from the currently accepted value.
{proton(s)}