Marc Duran Sala
@marcduransala.bsky.social
PhD student at @EPFL - complex systems, network science, cities
It was a great experience to share these ideas in a fun and relaxed setting! Huge thanks to everyone who came — friends, my lab, and everyone who stayed to chat afterward! 🙌 #PintOfScience #UrbanInequality #MobilityData #ComplexSystems
May 27, 2025 at 10:29 AM
It was a great experience to share these ideas in a fun and relaxed setting! Huge thanks to everyone who came — friends, my lab, and everyone who stayed to chat afterward! 🙌 #PintOfScience #UrbanInequality #MobilityData #ComplexSystems
3/3
I shared some early insights from my current project (coming soon to arXiv), and linked it to our work on mobility-based socioeconomic (SE) preferential behavior:
👉 arxiv.org/abs/2407.01799
I shared some early insights from my current project (coming soon to arXiv), and linked it to our work on mobility-based socioeconomic (SE) preferential behavior:
👉 arxiv.org/abs/2407.01799
May 27, 2025 at 10:28 AM
3/3
I shared some early insights from my current project (coming soon to arXiv), and linked it to our work on mobility-based socioeconomic (SE) preferential behavior:
👉 arxiv.org/abs/2407.01799
I shared some early insights from my current project (coming soon to arXiv), and linked it to our work on mobility-based socioeconomic (SE) preferential behavior:
👉 arxiv.org/abs/2407.01799
2/3
I started with Schelling’s model of segregation to show how even small individual preferences can lead to collective segregation. 🧩
But we don’t spend all our time at home — we commute 🚶, shop 🛒, meet friends ☕...
So how does our daily routine shape exposure inequalities beyond where we live?
I started with Schelling’s model of segregation to show how even small individual preferences can lead to collective segregation. 🧩
But we don’t spend all our time at home — we commute 🚶, shop 🛒, meet friends ☕...
So how does our daily routine shape exposure inequalities beyond where we live?
May 27, 2025 at 10:26 AM
2/3
I started with Schelling’s model of segregation to show how even small individual preferences can lead to collective segregation. 🧩
But we don’t spend all our time at home — we commute 🚶, shop 🛒, meet friends ☕...
So how does our daily routine shape exposure inequalities beyond where we live?
I started with Schelling’s model of segregation to show how even small individual preferences can lead to collective segregation. 🧩
But we don’t spend all our time at home — we commute 🚶, shop 🛒, meet friends ☕...
So how does our daily routine shape exposure inequalities beyond where we live?
We worked on an agent-based network model simulating COVID-19 spread in Catalonia using demographic, mobility, and health data. 🦠
A big thanks to Martine Bosman for her guidance and to all collaborators on this work!
A big thanks to Martine Bosman for her guidance and to all collaborators on this work!
February 25, 2025 at 10:44 AM
We worked on an agent-based network model simulating COVID-19 spread in Catalonia using demographic, mobility, and health data. 🦠
A big thanks to Martine Bosman for her guidance and to all collaborators on this work!
A big thanks to Martine Bosman for her guidance and to all collaborators on this work!
February 6, 2025 at 10:37 AM
In this work, we explore how the combined effects of pairwise and higher-order interactions influence species coexistence.
💡 Key takeaway: Higher-order interactions alone are not always enough to maintain stable coexistence — species’ physiological rates and network structure matter.
💡 Key takeaway: Higher-order interactions alone are not always enough to maintain stable coexistence — species’ physiological rates and network structure matter.
February 6, 2025 at 10:37 AM
In this work, we explore how the combined effects of pairwise and higher-order interactions influence species coexistence.
💡 Key takeaway: Higher-order interactions alone are not always enough to maintain stable coexistence — species’ physiological rates and network structure matter.
💡 Key takeaway: Higher-order interactions alone are not always enough to maintain stable coexistence — species’ physiological rates and network structure matter.