Aims. We analyze the consistency of different astronomical data of the variation in the fine-structure constant obtained with Keck and VLT. Methods. We tested the consistency using the Student test and confidence intervals. We splited the data sets into smaller intervals and grouped them according to redshift and angular position. Another statistical analysis is proposed that considers phenomenological models for the variation in α. Results. Results show consistency for the reduced intervals for each pair of data sets and suggests that the variation in α is significant at higher redshifts. Conclusions. Even though the dipole model seems to be the most accurate phenomenological model, the statistical analyses indicate that the variatio...
The large-number hypothesis conjectures that fundamental constants may vary. Accordingly, the space-...
Quasar absorption lines provide a precise test of whether the fine-structure constant, α, is the sam...
Comparison of quasar absorption spectra with laboratory spectra allow us to probe possible variation...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze different astronomical data of the variation in the fine structure constant obtaine...
We collect different groups of data of the variation of the fine structure constant to compare and v...
We collect different groups of data of the variation of the fine structure constant to compare and v...
We collect different groups of data of the variation of the fine structure constant to compare and v...
We collect different groups of data of the variation of the fine structure constant to compare and v...
AbstractRecent work by Webb et al. has provided indications of spatial variations of the fine-struct...
The large-number hypothesis conjectures that fundamental constants may vary. Accordingly, the space-...
Quasar absorption lines provide a precise test of whether the fine-structure constant, α, is the sam...
Comparison of quasar absorption spectra with laboratory spectra allow us to probe possible variation...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze the consistency of different astronomical data of the variation in the fine-structu...
Aims. We analyze different astronomical data of the variation in the fine structure constant obtaine...
We collect different groups of data of the variation of the fine structure constant to compare and v...
We collect different groups of data of the variation of the fine structure constant to compare and v...
We collect different groups of data of the variation of the fine structure constant to compare and v...
We collect different groups of data of the variation of the fine structure constant to compare and v...
AbstractRecent work by Webb et al. has provided indications of spatial variations of the fine-struct...
The large-number hypothesis conjectures that fundamental constants may vary. Accordingly, the space-...
Quasar absorption lines provide a precise test of whether the fine-structure constant, α, is the sam...
Comparison of quasar absorption spectra with laboratory spectra allow us to probe possible variation...