…"technique of local #sparsification on experiment graphs, using which we answer a crucial open question in experimental #quantum #optics, namely whether certain complex entangled quantum states can be constructed. This provides us with more insights into quantum resource theory [and] the limitation of specific quantum #photonic systems"…
🔗 https://mathstodon.xyz/@quantumjournal/112722596982821782 Retooted from @quantumjournal.
🔗 https://Quantum-Journal.org/papers/q-2024-07-03-1396/
So happy to finally see this collaboration with Rion Correia and @alainbarrat out. The distance backbone is a unique, algebraically-principled network subgraph that preserves all shortest paths. We were were excited to find out (with #sociopatterns and other data) that the backbones of #socialnetworks contain large amounts of redundant interactions that can be removed with very little impact on #communitystructure and #epidemic spread.
#complexsystems #dynamics
#Networkscience #Sparsification #complexnetworks
#PLOSCompBio:
If you are interested in network #sparsification methods, come see Felipe Xavier Costa show that distance #backbones can be applied to #directedgraphs, session 3C at #ComplexNetworks 2022.
