Distance-dependent connectivity: Yet Another Approach to the Small World Phenomenon
Matus Medo
Abstract
We investigate a relationship network of humans located in a metric space where relationships are drawn according to a distance-dependent probability density. The obtained spatial graph allows us to calculate the average separation of people in a very simple manner. The acquired results agree with the well-known presence of the small-world phenomenon in human relationships. They indicate that this feature can be understood merely as a consequence of the probability composition. We also examine how this phenomenon evolves with the development of human society.
Create a lesson
Related papers
How Rich is the Rich-Club? Super Rich-Club Organization in Complex Networks
Lucía S. Ramirez, Laia Barjuan, M. Ángeles Serrano
Limited knowledge exchange across biological subfields in agent-based modelling: an LLM-assisted bibliometric analysis
Kira Pugh, Rebecca M Crossley, Sara Hamis
Informing research priorities for distributed acoustic sensing: insights from a citizens' panel
Hannah Dalgleish, Rafael Mestre, Heidi Wheatley et al.
Emergent regularity of walking patterns: evidence from Swiss cities
Guo-Shiuan Lin, Martin Hendrick, Maider Llaguno-Munitxa et al.
A Cracked Mirror: How People Perceive Gender Performance by Large Language Models
Faezeh Fadaei, Jenny Carla Moran, Taha Yasseri
Stochastic dose fluctuations in boron neutron capture therapy with heterogeneous boron distributions
Ramacos Fardela, Roni Muslim, Tista Artu Indra Kusuma