-
, design and build a LoRa network infrastructure suitable for agricultural environments. Select appropriate hardware and sensors for data collection. Configure and deploy LoRa gateways and end devices
-
at the intersection of scientific computing and machine learning. At a high level, the project is to build neural network models of potentials that appear in Hamiltonians for time-dependent quantum systems. The postdoc
-
and enthusiastic to work on thermal desalination and phase change heat transfer. The duties of the postdocs will include: 1) studying heat and mass transport in thermal desalination processes; 2
-
of the postdocs will include i) conduct experiments and simulations to characterize non-diffusive heat transfer in micro/nanomaterials and their interfaces; ii) writing papers describing the results
-
simulation tools for correlated attosecond electron dynamics in molecules." The position will involve developing new methods related to tensor network states (e.g. TD-DMRG, MCTDH) to simulate correlated
-
recruiting a postdoctoral scholar to join the lab. The postdoc will primarily work on a project related to deep soil processes. Our research program explores diverse areas, such as soil organic matter dynamics
-
in Dr. Xiaoyi Lu’s PADSYS Lab to investigate scalable system software for emerging applications such as precision agriculture, digital twins, deep learning, and so on. The Postdoc will also be focused
-
conditions. The position supports interdisciplinary projects funded by NASA, the State of California, and Australia's CSIRO. The scholar will collaborate with a diverse network of researchers, engineers, and