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societies, biological systems and groups of artificial agents. It also lies behind practical questions about collective action: whether communities manage shared resources, whether autonomous systems
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societies, biological systems and groups of artificial agents. It also lies behind practical questions about collective action: whether communities manage shared resources, whether autonomous systems
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, followers, and organisations. In addition, it examines whether the consequences of ethical leadership differ between leaders and their followers. A key component of this research is a cross-sector
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disruption, uncertainty, and adversity, and to investigate both the positive and negative outcomes of crisis leadership for leaders, followers, and organisations. In addition, it examines whether the
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-ergodic dynamics, such an average may differ arbitrarily from what the individual agent experiences as it lives out one trajectory over time. Furthermore, RL typically seeks a time-invariant policy that
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reset, failures can be irreversible, and the real world keeps changing. Standard RL finds policies by optimizing over many hypothetical futures. Under non-ergodic dynamics, such an average may differ
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the project is to examine whether the consequences of time pressure differ across organisational roles, including project managers and team members. The project may investigate how time pressure
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and treatment interruptions. Children receiving similar treatment can differ markedly in their susceptibility to side effects. Laboratory methods are therefore needed to better predict individual
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fiber intake and cardiometabolic diseases. First, we will study how the composition of phages, their translocation across the gut barrier and antiviral immune responses differ in colon mucosa with normal
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rare and common fetal genetic variants to pregnancy loss and how their effects differ between pregnancies with and without aneuploidies. The project will also develop scalable computational methods for