Researchers and engineers from across immunology, computation, and the gaps between.
Exploring applications of AI to immunology in the context of new approach methodology (NAM) research.
Designing therapeutics as the immune system intended: letting complexity cascade into bigger-than-self (or bigger-than-cell) interactions.
Excited about designing biomolecular tools to understand immunological function and orchestration.
Leveraging immunology innovation against infectious diseases.
Advancing translational immunology by bridging mechanistic immune insights with clinical development and biomarker-driven therapeutic strategies.
Decoding human biology using complex in vitro models.
Building experimental human model of mucosal immunity, reimagining the interventions that harness it to prevent infectious disease.
Designing and building software tools to accelerate science.
Exploring and applying computational principles to programming biology.
Accelerating immunology research through collaborative brainstorming.
New methodologies and techniques for engineering next-generation immunotherapy
Writer-in-residence sharing immunology fascination with the wider scientific community.
