The discrepancy between the measured Lamb shift in muonic hydrogen and expectations from electron-proton scattering and regular hydrogen spectroscopy has become known as the proton radius puzzle, whose most “mundane” resolution requires a > 5σ shift in the value of the fundamental Rydberg constant. I briefly review the status of spectroscopic and scattering measurements, recent theoretical developments, and implications for fundamental physics
The existence and importance of the proton radius puzzle, observed via a Lamb shift measurement in m...
The static properties of hadrons, such as their radii and other moments of the electric and magnetic...
The possible use of high-resolution rovibrational spectroscopy of the hydrogen molecular ions H + 2 ...
We review the status of the proton charge radius puzzle. Emphasis is given to the various experiment...
High-precision measurements of the proton radius via scattering, electric hydrogen spectroscopy and ...
The discrepancy between the proton charge radius extracted from the muonic hydrogen Lamb shift measu...
International audienceHigh-precision measurements of the proton radius from laser spectroscopy of mu...
International audienceThe proton, discovered 100 years ago1, is an essential building block of visib...
The proton radius puzzle is the difference between the proton radius as measured with electron scatt...
The root-mean-square (rms) charge radius r_p of the proton has so far been known only with a surpris...
International audienceHigh resolution spectroscopy of the hydrogen atom takes on particular importan...
The problem of the discrepancy between the proton radius values obtained via spectroscopy of ordinar...
High-precision spectroscopy on simple systems such as atomic hydrogen has reached an unprecedented l...
The proton is the primary building block of the visible Universe, but many of its properties—such as...
It is nearly 10 years since a measurement in muonic hydrogen by the CREMA collaboration resulted in ...
The existence and importance of the proton radius puzzle, observed via a Lamb shift measurement in m...
The static properties of hadrons, such as their radii and other moments of the electric and magnetic...
The possible use of high-resolution rovibrational spectroscopy of the hydrogen molecular ions H + 2 ...
We review the status of the proton charge radius puzzle. Emphasis is given to the various experiment...
High-precision measurements of the proton radius via scattering, electric hydrogen spectroscopy and ...
The discrepancy between the proton charge radius extracted from the muonic hydrogen Lamb shift measu...
International audienceHigh-precision measurements of the proton radius from laser spectroscopy of mu...
International audienceThe proton, discovered 100 years ago1, is an essential building block of visib...
The proton radius puzzle is the difference between the proton radius as measured with electron scatt...
The root-mean-square (rms) charge radius r_p of the proton has so far been known only with a surpris...
International audienceHigh resolution spectroscopy of the hydrogen atom takes on particular importan...
The problem of the discrepancy between the proton radius values obtained via spectroscopy of ordinar...
High-precision spectroscopy on simple systems such as atomic hydrogen has reached an unprecedented l...
The proton is the primary building block of the visible Universe, but many of its properties—such as...
It is nearly 10 years since a measurement in muonic hydrogen by the CREMA collaboration resulted in ...
The existence and importance of the proton radius puzzle, observed via a Lamb shift measurement in m...
The static properties of hadrons, such as their radii and other moments of the electric and magnetic...
The possible use of high-resolution rovibrational spectroscopy of the hydrogen molecular ions H + 2 ...