Weak-field clusters with locally high-spin centers exhibit multistate reactivity at ambient temperatures, enabling alternative reaction pathways through low-lying excited states.
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Double-microwave dressing suppresses inelastic losses in ultracold KRb molecules by over 10,000-fold, enabling stable quantum gases with tunable dipolar interactions.
Quantum jumps between energy levels of a nanomechanical resonator were observed with 85% fidelity, demonstrating discrete energy transitions in a massive vibrating object.
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