![\"Abstract](\"https:\/\/www.newsbeep.com\/us\/wp-content\/uploads\/2026\/01\/abstract-and-quantum-physics-1200x727.jpg\"\/)
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Physicist Tijs Karman from Radboud University explained that the second microwave field was a key improvement over their earlier 2023 experiment.<\/a> \u201cWe\u2019ve come up with schemes to control interactions, tested these in theory, and implemented them in the experiment,\u201d Karman stated, noting how rewarding it was to see the theoretical models brought to life in the lab.<\/p>\n This dual-microwave approach extended the condensate\u2019s stability, offering scientists an opportunity to observe and manipulate it for longer than previously possible. According to Columbia postdoctoral researcher Ian Stevenson, this control over dipolar interactions paves the way for creating new quantum<\/a> phases and exploring more complex behaviors within ultracold systems.<\/p>\n Two Seconds Of Quantum Stability<\/p>\n In the field of quantum research, stability is a rare commodity. The newly created BEC\u2019s lifespan, two full seconds, is considered remarkably long, giving researchers a precious window to study its behavior in depth. Within that time frame, the BEC remains coherent, meaning all particles in the condensate act as one indistinguishable entity.<\/p>\n The sodium-cesium molecular pair was selected specifically for its suitability in forming a dipolar BEC. This dipole feature allows scientists to exert finer control over the interactions between particles by manipulating external electric or magnetic fields.<\/p>\n This level of precision has not been possible in previous experiments involving atomic BECs. The dipolar BEC opens new possibilities for observing how particles behave in structured environments and for testing theories that had remained inaccessible due to technical limitations.<\/p>\n Gateway To Exotic Phases Of Matter<\/p>\n The creation of this dipolar BEC is not only a technical achievement, it represents an open door to a vast range of exotic quantum matter. According to the published study<\/a>, the condensate may serve as a platform for realizing dipolar spin liquids, self-organized crystal phases, and exotic dipolar droplets, which are states of matter that scientists have long theorized but struggled to produce experimentally.<\/p>\n