Algebraic Geometry
The study of geometric spaces defined by polynomial equations using tools that connect shape, algebra and arithmetic.
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Clear searchThe study of geometric spaces defined by polynomial equations using tools that connect shape, algebra and arithmetic.
Coastal vegetated habitats such as mangroves, salt marshes and seagrass meadows that capture and store substantial carbon in biomass and sediments.
Designed groups of microbial species used to study and engineer ecological interactions with controlled membership and function.
Computing architectures that use brain-inspired event-driven neurons, synapses and memory-compute integration.
Processes that recover materials and functional components from spent batteries for safe treatment and renewed production.
The long-term shift in seawater carbonate chemistry caused primarily by ocean uptake of anthropogenic carbon dioxide.
The reconstruction and analysis of genomes from ancient biological remains to study populations, evolution and disease through time.
The control of very small fluid volumes in engineered channels for analysis, synthesis and biological experimentation.
Medicines that deliver engineered messenger RNA so cells transiently produce a therapeutic protein or antigen.
Irregular, multiscale fluid motion in which nonlinear interactions transport momentum, heat and energy across a hierarchy of eddies.
Methods that measure gene expression while preserving the locations and neighbourhoods of cells within tissue.
The change of viral populations through mutation, selection, recombination, migration and genetic drift across hosts and time.
The production and transformation of atomic nuclei through fusion, capture and decay processes inside stars and stellar explosions.
Neural-network systems that model relationships among tokens using attention and parallel sequence processing.
The quantum-mechanical transformation of neutrinos among electron, muon and tau flavours during propagation.
Distributed machine learning that coordinates model training across data holders without centralising their raw records.
The coupled combustion, atmosphere, fuel and terrain processes that govern how landscape fires ignite and spread.
The coupled flow, degassing and fragmentation processes that govern how magma reaches the surface and erupts.
The wind-, buoyancy- and tide-driven movement of seawater that redistributes heat, carbon, nutrients and momentum.
The culture-independent analysis of collective microbial genomes recovered from an environmental or host-associated sample.
How composite quantum systems exhibit correlations that cannot be reproduced by classical local models.