A newly created molecule forces electrons to travel in a twisted Möbius loop
Scientists have synthesized a unique molecule that forces electrons into a topological loop, requiring them to orbit four times before returning to their start while following a twisted, half-Möbius pathway.
A multinational research team has engineered a molecule known as C13Cl2 that fundamentally alters how electricity moves at the quantum level. By utilizing the pseudo-Jahn-Teller effect, the team created a structure where electrons are forced to travel in a twisted Möbius loop rather than a flat circle. This unique geometry means an electron must complete four full orbits around the molecule to return to its original state.
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