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In this manuscript we study the vector - vector interaction within the hiddengauge formalism in a coupled channel unitary approach. In the sector$C=1,S=1,J=2$ we get a pole in the T-matrix around $2572$ MeV that we identifywith the $D^*_{s2}(2573)$, coupling strongly to the$D^*K^*$($D^*_s\phi$($\omega$)) channels. In addition we obtain resonances inother exotic sectors which have not been studied before such as $C=1,S=-1$,$C=2,S=0$ and $C=2,S=1$. This 'flavor-exotic' states are interpreted as$D^*\bar{K^*}$, $D^*D^*$ and $D^*_sD^*$ molecular states but have not beenobserved yet. In total we obtain nine states with different spin, isospin,charm and strangeness of non $C=0,S=0$ and $C=1,S=0$ character, which have beenreported before.

A new interpretation for the $D^*_{s2}(2573)$ and the prediction of novel exotic charmed mesons