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.
The observation and prediction of solar and geospace disturbances that can affect satellites, navigation, radio and power systems.
The use of electricity, catalysts and electrochemical interfaces to convert carbon dioxide into chemical products.
Active microwave imaging that combines echoes collected along a moving platform to achieve fine spatial resolution.
Methods that quantify connected components, loops and higher-dimensional voids in data across a range of spatial scales.
The pattern-transfer processes used to define nanoscale electronic structures repeatedly across semiconductor wafers.
The study of deterministic nonlinear systems whose trajectories can become unpredictable through sensitive dependence on initial conditions.
The deformation, sliding and mass exchange that govern how land ice flows from accumulation zones toward its margins.
The algorithmic creation of amino-acid sequences expected to fold into structures with specified biochemical functions.
Machine-learning architectures that learn representations from entities connected by relational structure.
Quantum materials with an insulating bulk and robust conducting states at their surfaces or edges.
The controlled release of nuclear binding energy by combining light nuclei under extreme temperature and confinement.
Methods for identifying and characterising planets orbiting stars beyond the Solar System.
Einstein's geometric theory of gravity, in which matter and energy shape spacetime and free objects follow its geometry.
Rotating, heated flows of matter that release energy while spiralling toward a black hole.
The framework that explains the motion of Earth's lithospheric plates and the concentration of geological activity at their boundaries.