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The Rydberg states of an atom or molecule are electronically excited states with energies that follow the Rydberg formula as they converge on an ionic state with an ionization energy. Although the Rydberg formula was developed to describe atomic energy levels, it has been used to describe many other systems that have electronic structure roughly similar to atomic hydrogen. In general, at sufficiently high principal quantum numbers, an excited electron-ionic core system will have the general character of a hydrogenic system and the energy levels will follow the Rydberg formula. Rydberg states have energies converging on the energy of the ion. The ionization energy threshold is the energy required to completely liberate an electron from the ionic core of an atom or molecule. In practice, a R

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rdfs:label	リュードベリ状態 (ja) Rydberg state (en)
rdfs:comment	原子または分子のリュードベリ状態（リュードベリじょうたい、英: Rydberg states）は、リュードベリの公式に従うエネルギーを持つ電子的な励起状態である。リュードベリ系列のエネルギーはイオン化エネルギーを持つイオン化状態に収束する。リュードベリの公式は原子のエネルギー準位を記述するために開発されたものの、水素原子とおおよそ似た電子構造を持つその他多くの系を記述するために使用されてきた。一般に、十分高い主量子数、励起電子において、イオン性内殻系は水素様系の一般的性質を有し、エネルギー準位はリュードベリの公式に従う。リュードベリ状態はイオンのエネルギーに収束するエネルギーを持つ。イオン化エネルギー閾値は原子あるいは分子のイオン芯から電子を完全に解放するために必要なエネルギーである。実際には、リュードベリ波束は水素様原子に対するレーザーパルスによって作り出され、したがってリュードベリ状態の重ね合わせ状態にいる。ポンプ-プローブ実験を使った現代の研究では、分子的経路（例えば、(NO)2の解離）がこれらの特別な状態を経ることを示している。 (ja) The Rydberg states of an atom or molecule are electronically excited states with energies that follow the Rydberg formula as they converge on an ionic state with an ionization energy. Although the Rydberg formula was developed to describe atomic energy levels, it has been used to describe many other systems that have electronic structure roughly similar to atomic hydrogen. In general, at sufficiently high principal quantum numbers, an excited electron-ionic core system will have the general character of a hydrogenic system and the energy levels will follow the Rydberg formula. Rydberg states have energies converging on the energy of the ion. The ionization energy threshold is the energy required to completely liberate an electron from the ionic core of an atom or molecule. In practice, a R (en)
dcterms:subject	Atomic physics Atomic, molecular, and optical physics
Wikipage page ID	4267984 (xsd:integer)
Wikipage revision ID	1119282548 (xsd:integer)
Link from a Wikipage to another Wikipage	Proton Energy level Molecule Principal quantum number Hydrogen Rydberg atom Rydberg correction Electron Energy Wave functions Wave packet Ionization energy Atomic physics Niels Bohr Atom Hydrogen-like atom Atomic, molecular, and optical physics Johannes Rydberg Dinitrogen dioxide Rydberg formula Excited state Rydberg matter Monovalent ion
Link from a Wikipage to an external page	https://www.sciencedirect.com/topics/chemistry/rydberg-state https://www.defenseone.com/technology/2021/02/army-creates-quantum-sensor-detects-entire-radio-frequency-spectrum/171939/ http://vergil.chemistry.gatech.edu/notes/excd/node2.html http://www.phy.davidson.edu/StuHome/joesten/IntLab/final/rydberg.htm
sameAs	Rydberg state Rydberg state Rydberg state Rydberg state Rydberg state
dbp:wikiPageUsesTemplate	dbt:Attribution_needed dbt:Short_description dbt:Vague
has abstract	The Rydberg states of an atom or molecule are electronically excited states with energies that follow the Rydberg formula as they converge on an ionic state with an ionization energy. Although the Rydberg formula was developed to describe atomic energy levels, it has been used to describe many other systems that have electronic structure roughly similar to atomic hydrogen. In general, at sufficiently high principal quantum numbers, an excited electron-ionic core system will have the general character of a hydrogenic system and the energy levels will follow the Rydberg formula. Rydberg states have energies converging on the energy of the ion. The ionization energy threshold is the energy required to completely liberate an electron from the ionic core of an atom or molecule. In practice, a Rydberg wave packet is created by a laser pulse on a hydrogenic atom and thus populates a superposition of Rydberg states. Modern investigations using pump-probe experiments show molecular pathways – e.g. dissociation of (NO)2 – via these special states. (en) 原子または分子のリュードベリ状態（リュードベリじょうたい、英: Rydberg states）は、リュードベリの公式に従うエネルギーを持つ電子的な励起状態である。リュードベリ系列のエネルギーはイオン化エネルギーを持つイオン化状態に収束する。リュードベリの公式は原子のエネルギー準位を記述するために開発されたものの、水素原子とおおよそ似た電子構造を持つその他多くの系を記述するために使用されてきた。一般に、十分高い主量子数、励起電子において、イオン性内殻系は水素様系の一般的性質を有し、エネルギー準位はリュードベリの公式に従う。リュードベリ状態はイオンのエネルギーに収束するエネルギーを持つ。イオン化エネルギー閾値は原子あるいは分子のイオン芯から電子を完全に解放するために必要なエネルギーである。実際には、リュードベリ波束は水素様原子に対するレーザーパルスによって作り出され、したがってリュードベリ状態の重ね合わせ状態にいる。ポンプ-プローブ実験を使った現代の研究では、分子的経路（例えば、(NO)2の解離）がこれらの特別な状態を経ることを示している。 (ja)
prov:wasDerivedFrom	wikipedia-en:Rydberg_state?oldid=1119282548&ns=0
page length (characters) of wiki page	5900 (xsd:nonNegativeInteger)
foaf:isPrimaryTopicOf	wikipedia-en:Rydberg_state
is Link from a Wikipage to another Wikipage of	Camille Sandorfy Carlos Stroud Electromagnetic absorption by water Trojan wave packet Bohr model Resonance-enhanced multiphoton ionization Index of physics articles (R) List of laser articles Quantum microscopy Quantum scar Claude Fabre Optical transistor Timothy Softley Triatomic hydrogen Eran Rabani Angular momentum coupling Leiden Classical Helen H. Fielding Helium dimer AEgIS experiment Johannes Rydberg Jaynes–Cummings model Autoionization Mark Child Physical Research Laboratory List of things named after Johannes Rydberg X-ray absorption fine structure Rydberg states
is Wikipage redirect of	Rydberg states
is known for of	Carlos Stroud
is foaf:primaryTopic of	wikipedia-en:Rydberg_state

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