This is an announcement for the paper “The Bishop-Phelps-Bollobas property for compact operators” by Sheldon Dantas, Domingo Garcia, Manuel Maestre and Miguel Martin. Abstract: We study the Bishop-Phelps-Bollob$\'$as property (BPBp for short) for compact operators. We present some abstract techniques which allows to carry the BPBp for compact operators from sequence spaces to function spaces. As main applications, we prove the following results. Let $X, Y$ be Banach spaces. If $(c_0, Y)$ has the BPBp for compact operators, then so do $(C_0(L), Y)$ for every locally compact Hausdorff topological space $L$ and $(X, Y)$ whenever $X^*$ is isometrically isomorphic to $\ell_1$. If $X^*$ has the Radon-Nikod$\'$ym property and $(\ell_1(X), Y)$ has the BPBp for compact operators, then so does $(L_1(\mu, X), Y)$ for every positive measure $\mu$; as a consequence, $(L_1(\mu, X), Y)$ has the the BPBp for compact operators when $X$ and $Y$ are finite-dimensional or $Y$ is a Hilbert space and $X=c_0$ or $X=L_p(\nu)$ for any positive measure $\nu$ and $1<p<\infty$. For $1\leq p<\infty$, if $(X, \ell_p(Y))$ has the BPBp for compact operators, then so does $(X, L_p(\mu, Y))$ for every positive measure $\mu$ such that $L_1(\mu)$ is infinite-dimensional. If $(X, Y)$ has the BPBp for compact operators, then so do $(X, L_{\infty}(\mu, Y))$ for every $\sigma$-finite positive measure $\mu$ and $(X, C(K, Y))$ for every compact Hausdorff topological space $K$. The paper may be downloaded from the archive by web browser from URL http://arxiv.org/abs/1604.00618