Turns Out the Electron Isn’t Exactly What We Expected
In a theoretical paper, Professor Jing-Ling Chen's team proposes that mixing the electron's standard description with two related forms, called braidons, could shift its magnetic g factor.
Featured journal
Results in Physics
Features based on peer-reviewed papers published in Results in Physics.
Exploring the Invisible Forces of Angular-Momentum Waves in Physics
Professor Jing-Ling Chen's team uses the Yang-Mills equations to predict angular-momentum waves and proposes detecting them through the rapid spin oscillations of Dirac electrons.
Cracking Quantum Secrets: Hardy’s Paradox Reimagined
Professor Jing-Ling Chen and Professor Kai Chen's team devised a realigned Hardy's paradox that produces stronger violations of local realism and tolerates experimental errors better than the original.
Physics in deformable spacetime
Professor Güngör Gündüz proposes that physical laws and particle properties such as mass, charge and spin emerge from minimal-surface geometry in a deformable spacetime.
New Discoveries Challenge Everything We Know About Light
Dr. Adolfo Santa Fe Dueñas proposes the Procrustean Bed effect, a theory in which light's frequency, wavelength and speed change between source and observer, implying a light-carrying medium.