Fusion research
Sustain and diagnose confined fusion plasmas
SCIENCE UNDER AUTOMATION
AI across scientific fields — directory 3
Browse scientific disciplines and their research demands.
Fluid dynamics
Predict flows and validate against measurements
Acoustics
Measure and model sound propagation
Photonics
Design and characterize optical devices
Cosmology
Infer cosmic parameters from observations
Planetary science
Reconstruct the formation and evolution of planets
Heliophysics
Model solar activity and its effects
Gravitational-wave astronomy
Extract astrophysical signals from detector noise
Radio astronomy
Calibrate radio observations and infer source properties
Space instrumentation
Design and qualify instruments for space
Analytical chemistry
Identify and quantify substances in samples
Physical chemistry
Connect molecular behaviour to measurable properties
Organic chemistry
Design transformations and establish product identity
Inorganic chemistry
Synthesize and characterize inorganic compounds
Electrochemistry
Measure and control charge-transfer reactions
Catalysis
Identify catalysts and establish their mechanisms
Polymer science
Connect polymer structure to material performance
Surface science
Measure and explain processes at interfaces
Spectroscopy
Infer molecular or material properties from spectra
Computational chemistry
Calculate molecular properties and assess approximation error
Chemical engineering
Design and operate reproducible chemical processes
Battery science
Develop cells and validate lifetime and safety
Nanoscience
Fabricate and characterize nanoscale structures
Metallurgy
Control processing and measure metal performance