Publications
- Evolutionary dynamics on any population structure (Nature, 2017)
- Konigs's line coloring and Vizing's theorems for graphings (Forum Mathematics Sigma, 2016)
- Harmonic functions on the lattice: Absolute monotonicity and propagation of smallness (Duke Mathematical Journal, 2015)
- Li-Yau inequality on graphs (Journal of Differential Geometry, 2015)
- Quantum Tunneling on Graphs (Communications in Mathematical Physics, 2012)
In The News
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Understanding Networks: The power to predict pandemics, information spread, and quantum gravity
Dr. Krioukov’s lab recently published two papers in the field of network science. These papers show that (1) the geometry of networks can be elucidated by understanding the network’s latent properties and (2) For networks living in latent space, finding their geometry is possible using a previously known standard called Ollivier Curvature. -
To understand the next pandemic, we must understand our own collective behavior — these researchers want to be ready
Northeastern University researchers are developing epidemic models that incorporate collective behavioral patterns, which will help policymakers make better decisions in both future pandemics and other public crises.