All articles tagged with #rydberg atoms
A Warsaw research team developed a quantum antenna using Rydberg atoms to detect and calibrate terahertz signals with high precision at room temperature, opening new possibilities in terahertz spectroscopy and measurement standards.
Scientists have developed a novel method to measure time at the quantum level using the interference patterns of Rydberg wave packets, which do not require a fixed starting point, enabling extremely precise timing of events as short as 1.7 trillionths of a second.
Researchers at EPFL developed a new numerical approach using Rydberg atom lattices to simulate and predict the properties of quantum spin liquids, including topological entanglement entropy, enabling better understanding of these complex quantum states without relying on approximations.