By macro-area:
All Complex Systems Public/Global Health UHECR
By topic in statistical physics of complex systems:
Multilayer networks Network Neuroscience Network medicine and systems biology Network geometry Network information theory Network epidemiology Computational social science Human behavior
By concept:
Spreading phenomena Entropy Critical/collective/nonlinear phenomena
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Multi pathways temporal distance unravels the hidden geometry of network-driven processes
S. Bontorin, M. De Domenico, Communications Physics 6, 129 (2023)
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Dismantling the information flow in complex interconnected systems
A. Ghavasieh, G. Bertagnolli, M. De Domenico, Phys. Rev. Research 5, 013084 (2023)
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Functional rich clubs emerging from the diffusion geometry of complex networks
G. Bertagnolli, M. De Domenico, Phys. Rev. Research 4, 033185 (2022)
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Potential-driven random walks on interconnected systems
B. Benigni, R. Gallotti, M. De Domenico, Phys. Rev. E 104, 024120 (2021)
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Persistence of information flow: a multiscale characterization of human brain
B. Benigni, A. Ghavasieh, A. Corso, V. d'Andrea, M. De Domenico, Network Neuroscience 5, 831 (2021)
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Diffusion Geometry of Multiplex and Interdependent Systems
G. Bertagnolli, M. De Domenico, Phys. Rev. E 103, 042301 (2021)
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Network Geometry
M. Boguna, I. Bonamassa, M. De Domenico, S. Havlin, D. Krioukov, M.A. Serrano, Nature Reviews Physics 3, 114 (2021)
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Diffusion Geometry Unravels the Emergence of Functional Clusters in Collective Phenomena
M. De Domenico,  Phys. Rev. Lett. 118, 168301 (2017)
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