Martin Plávala

Mixing quantum theory and gravity often requires bending the rules into nonlinear forms. A fresh study uncovers a stunning side effect: this bending kills contextuality—the hallmark of quantum strangeness where a particle’s properties depend on how you look. If real, these models would make the worl

Physicists have found a workaround: instead of complex experiments to entangle massive objects, you can track the motion of a single atom. If its quantum dance obeys the Schrödinger equation, two atoms automatically become entangled through gravity. This brings us closer to answering the question ab