| M O N D A Y, 11th July 2022 |
W E D N E S D A Y, 13th July 2022 |
| TIME |
EVENT |
TIME |
EVENT |
| CET |
Satellite Symposium HOTDyn |
CET |
Satellite Symposium HOTDyn
|
| 14:00- 14:30 |
S. Boccaletti: Structure, processes and dynamics of networks with higher order interactions |
14:00- 14:30 |
S. Dorogovtsev: Rich phase diagrams for networks with overlapping layers |
| 14:30- 15:00 |
M. Boguna: Topological phase transitions in the geometric configuration model |
14:30- 15:00 |
M. M. Dankulov: Higher-distance connectivity portraits and spectral dimension of human connectomes |
| 15:00- 15:30 |
G. Bianconi: The dynamics of higher-order networks: the effect of topology and triadic interactions |
15:00- 15:30 |
G. Palla: The inherent community structure of hyperbolic networks |
| 15:30- 16:00 |
M. Chutani: Patterns of phase synchronization on high-diemnsional simplicial complexes
L. Calmon: Dirac Synchronization: explosive transition and rhythmic phase
|
15:30- 16:00 |
D. Sulem: Graph similarity learning for change-point detection in dynamic networks
H. Sun: Higher-order percolation processes on multiplex hypergraphs
|
| 16:00- 16:30 |
M. Marsili: Simplicity calls for higher order interactions in statistical learning |
16:00- 16:30 |
A. Shapoval: Random transport of stress to provide the prediction efficiency in sandpiles |
| 16:30- 17:00 |
G. Odor: Higher-order interactions generate mixed order phase transition and Griffiths phases on heterogeneous complex networks |
16:30- 17:00 |
J. Lee/B. Kahng: (k,q)-core percolation of hypergraphs
N.Araujo: Optimal nets for self-folding Kirigami
|
| 17:00- 17:30 |
M. Small: Link prediction and fault detection for structured engineered networks |
17:00- 17:30 |
D. Ghosh: Higher-order interactions promote chimera and synchronization states |
| 17:30- 18:00 |
P. Kakin: Self-organized criticality: renormalization group analysis of a simple model that elucidates interplay between intrinsic dynamics and external disturbances |
17:30- 18:00 |
B.Tadic: Spin-reversal dynamics on simplicial complexes: Impact of the geometric frustration and higher-order couplings
CONCLUSIONS & CLOSING |
