Project 1
“Multi-observable probabilistic inversion and its application to the exploration of superhot rock geothermal energy”
Project 2
“Multi-Observable Thermochemical Tomography (MTT): Applications To Critical Minerals Exploration Frameworks”
Project 3
“Uncertainty Quantification (UQ) of large-scale Bayesian inverse analysis”
Project 4
“Hyper-reduction techniques to accelerate probabilistic inversion methods of Magnetotelluric data“
Project 5
“Validation, Verification and Uncertainty Quantification of the computational model of crustal flows”
Project 6
“Development of novel Reduced Order Models for the efficient numerical simulation of crustal flows”
Project 8
“Numerical simulation of multi-phase reactive flow in the Earth: applications to magmatic ore deposits of critical minerals”
Project 9
“Physics-informed super-resolution imaging of the Earth’s interior”
Project 10
“Investigating Craton Dynamics and Ore Deposit Formation: For Sustainable Critical Minerals Supply”