1 | Ermias
| Assefa | Bluffton University | Parallel DFT and Birch-Murnaghan Analysis for Fundamental PV applications |
2 | Temitope | Benson
| University at Buffalo
| Point of Interest Co-location Pattern Mining |
3 | Chris
| Camaño | San Francisco State University
| Randomized Linear Algebra for SVD and Iterative Eigenproblems
|
4 | Antonio | Cobarrubia | San Diego State University | Developing SLH Theory for Microwave Circuits
|
5 | David (Jack)
| Dawson-Trujillo | Sonoma State University
| Dynamic Light Scattering
|
6 | Aissata | Diop | Bronx Community College
| High Temperature Superconductors for Fusion Energy |
7 | Donald | Ferschweiler | California State University, Long Beach | Empowerment through the integration of hardware, software, and physics
|
8 | James
| Gabbard | Massachusetts Institute of Technology | Immersed methods for high-fidelity multiphysics simulations
|
9 | Jamil
| Gafur
| The University of Iowa
| Model and Training Optimization through Generative Adversarial Networks |
10 | Malida | Hecht | San Diego State University
| A Brief Introduction to Microwave Quantum Optics
|
11 | Usman
| Jamshed
| University of California, Berkeley
| Protein-ligand interactions and standardizing data curation
|
12 | Rahim
| Kamara | University of Maryland, College Park
| Rawinsonde Estimation of Mixing Layer Height and Cryosphere Research Interest
|
13 | Ifrah
| Khurram
| Fisk University
| Determining the Basic Reproduction Number, R_0, for COVID-19
|
14 | Shuangshan
| Li
| University of Washington
| Utility of deep learning techniques in studying the crystallization kinetics in PEEK
|
15 | Purity | Mugambi
| University of Massachusetts, Amherst
| Leveraging EHR data to learn computational tools that enhance equity of treatment for patients with AMI
|
16 | Sudha
| Nannur | Wayne State University
| Geospatial Analysis Through Graph Learning
|
17 | Tamantha
| Pizarro
| Arizona State University
| The ‘Cheater’ Queen Ant: An Application to Cancer Cells
|
18 | Matthew | Portman | University of California, Irvine
| Identifying Optical Counterparts from follow-up of Gravitational Wave Events
|
19 | Xavier | Quintana | Oregon State University
| Fracture Mechanics Based Testing and DCPD in FliNaK
|
20 | Abanoub | Said | The City College of New York
| The Exploitation of Quantum Entanglement for Very Fast and Clean Communication
|
21 | Michael | Sanders | San Diego State University
| Future Models and Techniques in Computational Fluids Research
|
22 | Imran | Sarker | University of Arkansas at Little Rock
| ROI based Foreground Extraction from Image using Dynamic Mode Decomposition
|
23 | Yashleen | Sharma | University Of California, Merced
| Analysis Of Ocean Currents via mathematical modeling and computer programming
|
24 | Urjoshi | Sinha | Iowa State University
| Software testing for studying and addressing configuration-interaction problems in highly customizable research software
|
25 | Miko | Stulajter | San Diego State University
| Eigenvalue problems for steady states in nonlinear PDEs
|
26 | Nishat
| Tabassum
| University of South Carolina - Columbia
| IoT smart devices security through data analysis and machine learning approach
|
27 | Datenzing | Tamang | University of New Mexico
| An empirical study of image segmentation techniques
|
28 | Wenhuan | Tan | Bellevue College
| Association between different air-quality index with suicide deaths on geospatial level
|
29 | Simon | Zhang | University of Washington
| The Effect of Unequal Albedo Distribution on Global Climate
|