Complex Systems Summer School 2019-Icebreaker papers

Complex Systems Summer School 2019 Home Surveys/Evaluations Logistics Payment Instructions Faculty Questions Faculty Publications Lecture Slides Participants Schedule Preparation Background Readings Software Projects & Working Groups Icebreaker papers Project check-ins Project Presentations Final Papers Tutorials After Hours Social Shuttle Times Restaurant Guide Resource Guide Photos TShirts

Titles that came up during the icebreaker at SFI:

• R you ready for this? An agent-based model of the propagation of programming languages and their impact on data analysis methods across disciplines
• Danger Danger! How social information processing saves communities
• Modelling the limits. Biological and social information processing
• From metaphors to models. How modes of thought influence scientific research
• The cognitive limits of decision-making affects social organisation
• Archaeogaming to generate urban design
• Population on the move. Modelling social networks of people and communities.
• A turbulent state of mind
• Designing for death
• Social networks for plumbers
• Turbulent dynamics of riots
• Basins of attraction for social groups
• Self-organizing power grids by Reinforcement Learning for maximal resilience.
• Modelling the dynamics of wireless communications through reservoir computing.
• Automating unbiased learning.
• Effects of 5G adoption on social segregation
• Stitching together local time series with physical boundary conditions
• Molecular communications in heterogeneous cellular environments
• Stability of hybrid quantum-classical communication channels
• Cat People and Dog Biomes: How personality affects choice of model organism
• Inventory management strategies for metabolic networks in microbial populations
• Application of microbial resource use strategies to retail space design
• Synergies and Detriments: when microbes and culture collide
• Horizontal gene transfer in simulated particle systems
• Scale-invariant stress perturbations: from micro- to macro-ecosystems
• Scaling indivudal models to predict population behavior
• Birth and Death in different disciplines
• Economical drivers of systems collapse
• Modeling Ecological Theory of Metastasis
• Neurological Networks in Consumerism
• Supply chain analysis of gene therapy
• Identifying features for building balanced datasets for medical analysis
• Cancer as a unicellular organism: an evolutionary perspective
• Developing processes for creating new antibiotics from fungal ecosystems
• Transaction behavior optimization in financial networks
• Evolution of nervous system in life