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2019

A new method to build the (inverse) distance ladder

Camarena, David, Marra, Valerio

Understand

The cosmic distance ladder is the succession of techniques by which it is possible to determine distances to astronomical objects.

Here, we present a new method to build the cosmic distance ladder, going from local astrophysical measurements to the CMB.
Instead of relying on high-redshift cosmography in order to model the luminosity-distance relation and calibrate supernovae with BAO, we exploit directly the distance-duality relation $d_L = (1+z)^2 d_A$---valid if photon number is conserved and gravity is described by a metric theory.
The advantage is that the results will not depend on the parametrization of the luminosity-distance relation at $z>0.15$: no model is adopted in order to calibrate BAO with supernovae.