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This work is an attempt to justify Born's rule within the framework of themany-minds interpretation seen as a development of the many-worldsinterpretation of Everett. More precisely, here we develop a unitary model ofmany-minds based on the work of Albert and Loewer (Synthese \textbf{77}, 195(1988)). At the difference of previous models ours is not genuinely stochasticand dualistic and also involves some classical-like randomness concerning theinitial conditions of the Universe. We also compare the present method forrecovering Born's rule with previous works based on decision theory \emph{\`ala }Deutsch, Wallace, and envariance \emph{\`a la} Zurek and show how theseapproaches are connected to our model

Making sense of Born's rule $p_\alpha=\lVert\Psi_\alpha\rVert^2$ with the many-minds interpretation