Sort by
Refine Your Search
-
Listed
-
Category
-
Country
- United States
- United Kingdom
- Netherlands
- Sweden
- Germany
- France
- Spain
- Norway
- Portugal
- Australia
- Poland
- Singapore
- Canada
- Austria
- Belgium
- China
- Italy
- Denmark
- Switzerland
- Luxembourg
- India
- United Arab Emirates
- Finland
- Romania
- Macau
- Ireland
- New Zealand
- Czech
- Hong Kong
- Morocco
- South Africa
- Brazil
- Japan
- Mexico
- Bulgaria
- Croatia
- Greece
- Malaysia
- Estonia
- Hungary
- Saudi Arabia
- Slovenia
- Cyprus
- Europe
- Iceland
- Malta
- Qatar
- 37 more »
- « less
-
Program
-
Field
- Computer Science
- Medical Sciences
- Economics
- Biology
- Engineering
- Business
- Science
- Psychology
- Materials Science
- Education
- Mathematics
- Social Sciences
- Arts and Literature
- Chemistry
- Environment
- Earth Sciences
- Humanities
- Law
- Sports and Recreation
- Linguistics
- Philosophy
- Electrical Engineering
- Physics
- Design
- Statistics
- 15 more »
- « less
-
. Incorporate geographical knowledge, physical principles, and process-based constraints into deep learning models. Explore foundation models and deep learning for interdisciplinary applications in agriculture
-
and identify the competence and knowledge structures associated with one or more disorders, identify the models best suited to capture violations of local independence, and finally test and validate
-
and Sustainability (https://seas.umich.edu/ ) is a collaborative and interdisciplinary school. Our mission includes contributing to the protection of environmental resources and the achievement of a
-
electroencephalography in healthy individuals and people with cognitive disorders, as well as subcortical signals from patients with implanted neuromodulation devices. Computational modeling will also be a key component
-
-surface products. Design deep learning and multimodal models for long-term, multi-source remote sensing time series. Incorporate geographical knowledge, physical principles, and process-based constraints
-
therapeutic red blood cells. You will: Develop and refine genome-scale metabolic models of reticulocytes and mature red blood cells using published knowledge and experimental data generated through the project
-
of engineered therapeutic red blood cells. What will you be doing? You will: Develop and refine genome-scale metabolic models of reticulocytes and mature red blood cells using published knowledge and experimental
-
, chromatin and nuclear dynamics, nuclear architecture, membrane trafficking, and adipocyte, muscle and vascular biology, using human, fly and mouse models. The overall goal of the project is to establish
-
. • Experience in membrane technology, gas separation, CO₂ capture, or membrane contactors is an advantage. • Knowledge of CFD modelling and hydrodynamic analysis of process equipment is desirable. • Strong
-
Genomics and Therapeutics Division (PI Dr. Simona Migliozzi, PhD) The GarMiglio Lab (https://garmigliolab.com/) led by Dr. Luciano Garofano (Assistant Professor) and Dr. Simona Migliozzi (Assistant Professor