Introduction

• Roman Bauer

The BioDynaMo Platform: Current State and Future Developments

• Lukas Breitwieser (CERN, ETH Zurich)
• Fons Rademakers (CERN)

From multicellular to tissue biomechanics simulations in cancer using multiscale finite element and agent-based models

• Vasileios Vavourakis (University of Cyprus / UCL)

Emergence and Macroscopic Behaviour ExtRaction (EMBER): a tool for bifurcation analysis of agent-based models

• Anne Skeldon (University of Surrey)

Parallelised optimisation with BioDynaMo

• Ahmad Hesam (CERN)

Agent-based modelling of radiation-induced lung fibrosis

• Nicolo Cogno (TU Darmstadt / GSI Helmholtz Centre)

Agent-based modelling of multi-state biomolecules

• Melanie Stefan (Edinburgh University)

CryoDynaMo for cryopreservation simulations

• Jack Jennings (Newcastle University)

Cryopreservation: a Time Travel Machine

• Ramon Risco (University of Seville)

Leveraging Machine Learning for efficient agent-based simulations and application on biomedical cases

• Taghi Aliyev (SCImPULSE Foundation)

Open discussion on presentations and overlap

Development and calibration of an agent-based model of tumor growth

• Ernesto Lima (The University of Texas at Austin)

Agent-Based Modeling of Financial Markets

• Philippe Debie (WUR)

Improving the continuum modelling within BioDynaMo

• Tobias Duswald

Agent-based models for socioeconomic simulations

• Frank Pijpers (University of Amsterdam / Statistics Netherlands)

Modelling of mosquito borne diseases and ML applications to their forecast

• Flavio Coelho (University of Geneva)

Individual-based mathematical model of HIV transmission and its implementation for Malawi

• Janne Anton Markus Estill (University of Geneva)

Knowledge Transfer and IP in academic and industrial research

• Han Hubert Dols (CERN)

Concluding remarks

• Roman Bauer

Open discussion on presentations and opportunities