Physical Networks Workshop @PhysNet23: NetSci23 workshop. July 11th afternoon, Vienna


Welcome to PhysNet23, the 1st workshop on Physical Networks 

University of Vienna, Universitätsring 1, 1010 Wien, Austria 

Tuesday, July 11th 2023 from 14:00 to 18:00

Physical Networks: an emerging topic in Network Science

The concept of physical networks aims to understand complex systems subjected to physical contraints, such as volume exclusion or repulsive forces, that shape their networked organization. Systems like neurons, fiber networks, cells cytoskeleton or mycorrhizal network architectures are, in fact, composed by links and nodes that are physical objects that cannot overlap with each other.

Invited Speakers

Albert-László Barabási

Northeastern University, Harvard Medical School

Maria Ercsey-Ravasz

Faculty of Physics,  Babes-Bolyai University

Transylvanian Institute of Neuroscience (TINS)



Sang Hoon Lee

Department of Physics

Gyeongsang National University 

Ádám Timár 

Faculty of Phyiscal Science, University of Iceland 

Alfréd Rényi Institute of Mathematics


Andreas Neophytou

School of Chemistry

University of Birmingham

Program at a glance

Session I (14:00 - 15:30)

"Understanding the role of physicality in networks"

"Modeling the inter-areal cortical network based on a distance rule: from the macaque to the mouse"

  "A network-of-networks model for physical networks"


Session II (16:00 - 17:30): 

  "Scale-dependent landscape of semi-nested community structures of 3D chromosome contact networks"

  "Untangling the Mysteries of Supercooled Water"

  "Effects of Network Topology on Physical Entanglement"

  "On the evolution of physical networks"

About the Workshop

Registration

To attend the PhysNet Workshop you need to register at the Satellites events of NetSci23. Traveling funds might be available upon reasonable request. 

Registrations are closed as of 31.05.23.

Venue

University of Vienna

Room: Seminarraum 6

Universitätsring 1, 1010 Wien, 

Austria

Organizers

Márton Pósfai 

(posfaim@ceu.edu)

Department of Network and Data Science, CEU

Ivan Bonamassa (bonamassai@ceu.edu)

Department of Network and Data Science, CEU

Layout & Stress.  Tensile stress in the nodes and links as a result of compressing the physical network between two plates. 


Topics & Focus

Call for contributions

The workshop welcomes contributions spanning multiple disciplines (e.g. mathematics, physics, material science, computer science, biophysics, etc). The workshop provides a platform for short talks, focusing on key challenges, datasets, innovative ideas, new frameworks, novel design concepts, applications, and work in progress related to the topic.

Apply by sending a one-page abstract to physnet@ceu.edu by 31.05.23.

Networks' fabric. Hot 3D lattice: volume exclusion leads to links' tangles, whose number identifies isotopic physical network.