Rydberg matter: properties and decay

@inproceedings{Manykin2006RydbergMP,
  title={Rydberg matter: properties and decay},
  author={E. Manykin and M. I. Ojovan and P. Poluektov},
  booktitle={Photon Echo and Coherent Spectroscopy},
  year={2006}
}
Rydberg matter is a condensed excited state made of highly excited atoms. State of art of research in the field of Rydberg matter is briefly reviewed. Special attention is focused on the contribution of Russian and Swedish scientists' groups to the analysis of this problem. Most attention is concentrated on physical principles of pseudopotential method and density functional theory used to describe the Rydberg matter. The description of Rydberg matter as an excited state becomes viable after… Expand
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Experimental Studies and Observations of Clusters of Rydberg Matter and Its Extreme Forms
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Nuclear spin transitions in the kHz range in Rydberg matter clusters give precise values of the internal magnetic field from orbiting Rydberg electrons
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Diffuse interstellar bands (DIB): co-planar doubly excited He and metal atoms embedded in Rydberg Matter
  • 1
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Rydberg Matter Clusters: Theory of Interaction and Sorption Properties
  • 3
Vibrational transitions in Rydberg matter clusters from stimulated Raman and Rabi‐flopping phase delay in the infrared
  • 8
Sub-nanometer distances and cluster shapes in dense hydrogen and in higher levels of hydrogen Rydberg matter by phase-delay spectroscopy
  • 9
Excitation levels in ultra-dense hydrogen p(-1) and d(-1) clusters: Structure of spin-based Rydberg Matter
  • 31
Superfluid ultra-dense deuterium D(−1) at room temperature
  • 38
Deuterium Clusters DN and Mixed K–D and D–H Clusters of Rydberg Matter: High Temperatures and Strong Coupling to Ultra-Dense Deuterium
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Meissner Effect in Ultra-Dense Protium p(l = 0, s = 2) at Room Temperature: Superconductivity in Large Clusters of Spin-Based Matter
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