Lamb shift
dihydro-
hydrogenosomal
dihydro
hydrogen spectrum
bibasic
Klein paradox
mean free path
hydrogen spectral series
correlation energy
parahydrogen
metallic hydrogen
rehydrogenation
intercarbon
Balmer series
bandgap
dihydrogen
dihydrogenated
diarylamide
diprotium
Auger effect
cisplanckian
Pfund series
dihalogen
Humphreys series
vacuum catastrophe
carbocation
Lyman series
gem-hydrogenation
nonbond
amide
azanediyl
unhydrogenated
QED
hydric
carbon-13
dihydride
hydrogenotrophy
neutronic
undeuterated
electron volt
radiative recombination
diaminoguanidine
aminyl radical
eV
tellane
recombination energy
equivalence
Niels Henrik David Bohr
protium
deionization
Niels Bohr
dioxygen
dehydronated
hydrogen atom
Bohr
hydrogenous
Tsirelson bound
oxylinkage
arsenium
transplanckian
double-stranded
hydrodimerization
isotope shift
protomeric
tellurane
polybasic
hydrogen-bonded
duality
epithermal
photoelectric emission
dibasic acid
dehydrocoupling
hydrogen ion
nonhydrogen
hydrocarbylidene
boson
hydrogamous
thermodynamics
bromonium
hemiprotonated
monobasic acid
halon
formamidinium
bandstructure
Planck voltage
subthermal
quantum soup
pH scale
hydrogenolytic
solid hydrogen
dibasic
electrohydrodynamic
hydrohalic
isotope
norfullerene
pH
odd-even
difluoroethylene
chaotropy

English words for 'A small difference between the energy levels 2S_½ and 2P_½ of the hydrogen atom, not predicted by the Dirac equation, whose detection in the Lamb–Retherford experiment of 1947 foreshadowed the development of quantum electrodynamics (in which the discrepancy is explained to be an effect of the emission and re-absorption of virtual photons); such a difference between otherwise expectedly equal energy levels of hydrogen or any other type of atom.'

As you may have noticed, above you will find words for "A small difference between the energy levels 2S_½ and 2P_½ of the hydrogen atom, not predicted by the Dirac equation, whose detection in the Lamb–Retherford experiment of 1947 foreshadowed the development of quantum electrodynamics (in which the discrepancy is explained to be an effect of the emission and re-absorption of virtual photons); such a difference between otherwise expectedly equal energy levels of hydrogen or any other type of atom.". Hover the mouse over the word you'd like to know more about to view its definition. Click search related words by phrase or description. to find a better fitting word. Finally, thanks to ChatGPT, the overall results have been greatly improved.

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