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The establishment of the neutrino oscillations phenomenon as a solution toboth solar and atmospheric neutrino anomalies had two consequences: a newoscillation mode, labelled $\mathbf{\theta_{13}}$, and the possibility toobserve CP violation, if $\mathbf{\theta_{13}}$ was sizeable. CP violationimplies that neutrino oscillations behave differently for neutrinos andanti-neutrinos -- a rare fundamental phenomenon key for our understanding ofthe Universe. The experimental demonstration of $\mathbf{\theta_{13}}$ hasaided the completion of a quest lasting half a century. The best$\mathbf{\theta_{13}}$ knowledge is today inferred from high-precision reactorneutrino disappearance. The Double Chooz (DC) experiment has played apioneering role in this channel by providing the first positive evidence, in2011, in combination with the T2K experiment appearance data. The establishmentof $\mathbf{\theta_{13}}$ awaited the Daya Bay experiment's observation in2012; confirmed soon after by the RENO experiment. Today's best knowledge on$\mathbf{\theta_{13}}$ from reactor experiments is a key input to many neutrinoexperiments. Here DC reports its first multi-detector $\mathbf{\theta_{13}}$measurement exploiting several unprecedented techniques for a major precisionimprovement.

First Double Chooz $\mathbf{\theta_{13}}$ Measurement via Total Neutron Capture Detection