Quantum Computing Built An Impossible Molecule — With Big Implications
A team of quantum scientists from IBM, the University of Manchester, and other institutions created a new molecule with a unique topology that can be switched on and off to change its chemical behavior. This discovery has big implications for the development of advanced materials and could lead to new inventions such as quantum sensing devices and spin filters.
Scientists from IBM, the University of Manchester, and other institutions created a new molecule called C13CL2. It has a unique topology that can be switched on and off to change its chemical behavior. The molecule was created using IBM superconducting-qubit quantum processors. Its topology can be engineered and controlled, making it a potential building block for new inventions. The discovery has big implications for the development of advanced materials. The researchers used extremely precise voltage pulses in ultra-high vacuum at near-absolute-zero temperatures to create the molecule.
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