Onkar Sadekar
@onkarsadekar.bsky.social
Ph.D. at Department of Network and Data Science, Central European University, Vienna | @IISERPune Alumni
Our results suggest that social structure—especially higher-order and overlapping interactions—is central to sustaining cooperation.
This extends the evolutionary game theory toolkit for studying real group dynamics.
6/7
This extends the evolutionary game theory toolkit for studying real group dynamics.
6/7
June 19, 2025 at 10:56 AM
Our results suggest that social structure—especially higher-order and overlapping interactions—is central to sustaining cooperation.
This extends the evolutionary game theory toolkit for studying real group dynamics.
6/7
This extends the evolutionary game theory toolkit for studying real group dynamics.
6/7
The outcome?
Higher cooperation levels across the board.
More structural overlap → more cooperation.
Coupled dynamics allow feedback across scales, enhancing coordination.
5/7
Higher cooperation levels across the board.
More structural overlap → more cooperation.
Coupled dynamics allow feedback across scales, enhancing coordination.
5/7
June 19, 2025 at 10:56 AM
The outcome?
Higher cooperation levels across the board.
More structural overlap → more cooperation.
Coupled dynamics allow feedback across scales, enhancing coordination.
5/7
Higher cooperation levels across the board.
More structural overlap → more cooperation.
Coupled dynamics allow feedback across scales, enhancing coordination.
5/7
Our new model introduces:
✅ Group-size dependent strategies
✅ Tunable structural overlap between hyperedges
✅ Dynamical coupling between different interaction orders
It’s a more faithful representation of real collective dynamics.
4/7
✅ Group-size dependent strategies
✅ Tunable structural overlap between hyperedges
✅ Dynamical coupling between different interaction orders
It’s a more faithful representation of real collective dynamics.
4/7
June 19, 2025 at 10:56 AM
Our new model introduces:
✅ Group-size dependent strategies
✅ Tunable structural overlap between hyperedges
✅ Dynamical coupling between different interaction orders
It’s a more faithful representation of real collective dynamics.
4/7
✅ Group-size dependent strategies
✅ Tunable structural overlap between hyperedges
✅ Dynamical coupling between different interaction orders
It’s a more faithful representation of real collective dynamics.
4/7