  We present the novel microscopic n-body dynamical transport approach
PHQMD(Parton-Hadron-Quantum-Molecular-Dynamics) for the description of particle
production and cluster formation in heavy-ion reactions at relativistic
energies. The PHQMD extends the established PHSD
(Parton-Hadron-String-Dynamics) transport approach by replacing the mean field
by density dependent two body interactions in a similar way as in the Quantum
Molecular Dynamics (QMD) models. This allows for the calculation of the time
evolution of the n-body Wigner density and therefore for a dynamical
description of clusters and hypernuclei formation. The clusters are identified
with the MST ('Minimum Spanning Tree') or the SACA ('Simulated Annealing
Cluster Algorithm') algorithm which - by regrouping the nucleons in single
nucleons and noninteracting clusters - finds the most bound configuration of
nucleons and clusters. The selected results on clusters and hypernuclei
production from Ref. arXiv:1907.03860 are discussed in this contribution.
