| # | PI Name | PI Organization | Proposal Title | Investigations Used | Selection year |
| Biophysics |
| 1 | Peter Vekilov | University of Houston | Solution convection and the nucleation precursors in protein condensation | LMM Biophysics 2,5 | PSI ROSES-22 |
| 2 | Amir Hirsa | Rensselaer Polytechnic Institute | Microgravity biofluid handling utilizing RSD data and supporting ground experiments | RSD-AFF/AFF-R | PSI ROSES-23 |
| Combustion Science |
| 3 | Yiguang Ju | Princeton University | Quantitative Studies of Cool Flame Transitions at Radiation/Stretch Extinction Using Counterflow Flames | FLEX-1 | PSI A (2016) |
| 4 | Tanvir Farouk | University of South Carolina | Effect of external thermo-convective perturbation on cool flame dynamics: A multidimensional multi-physics CFD analysis | FLEX-1 | PSI B (2016) |
| 5 | Sean Garrick | University of Minnesota | Utilization of the smoke aerosol measurement experiment data for advanced modeling and simulation of smoke generation in micro-gravity | SAME | PSI B (2016) |
| 6 | Fumiaki Takahashi | Case Western Reserve University | Structure and stabilization of laminar jet diffusion flames | SLICE | PSI C (2017) |
| 7 | Thomas Avedisian | Cornell University | Use of FLEX data to enhance video image processing for studying combustion of soot-producing jet fuel droplets and their blends with bio-derived fuels | FLEX-1 | PSI C (2017) |
| 8 | Mitchell Smooke | Yale University | Computational and Experimental Analysis of SPICE Data Sets | SPICE | PSI D (2018) |
| 9 | Paul DesJardin | State University of New York | Concurrent Flame Spread Modeling using Flamelet Generated Manifolds in Microgravity with Comparison to BASS Experiments using Two-Color Tomography | BASS | PSI E (2019) |
| 10 | Yu-Chien Chien | University of California, Irvine | PeleLM CFD of Ion Driven Winds from Diffusion Flames | ACME E-FIELD | PSI G (2021) |
| 11 | Robert Pitz | Vanderbilt University | Effect of stretch and curvature on cool flame transitions & structures using tubular flames | FLEX | PSI ROSES-21 |
| 12 | Ya-Ting Liao | Case Western Reserve University | Predicting Material Flammability in Partial Gravity using Microgravity and Ground Data | BASS, BASS-II, SAFFIRE I, II, III | PSI ROSES-22 |
| 13 | Stephen Tse | Rutgers University | Analysis of ISS Experimental Data from Response and Structure of Spherical Diffusion Flames | ACME s-flames | PSI ROSES-23 |
| Fluid Physics |
| 14 | Sinisa Mesarovic | Washington State University | Computational Framework for Capillary Flows | CCF, CFE | PSI A (2016) |
| 15 | Amir Riaz | University of Maryland, College Park | Gravity Scaling of Pool Boiling Heat Transfer: Numerical Simulations and Validation with MABE and NPBX | MABE, NPBX | PSI B (2016) |
| 16 | Yongsheng Lian | University of Louisville | Development and Verification of a 3D Nucleate Pool Boiling Simulation Model Using PSI Data | NPBX | PSI B (2016) |
| 17 | Vladimir Ajaev | Southern Methodist University | Modeling phase change and thermocapillary flow in the Constrained Vapor Bubble experiment | CVB, CVB-2 | PSI C (2017) |
| 18 | Mark Weislogel | Portland State University | NASA CCF PSI data reduction and benchmark | CCF | PSI C (2017) |
| 19 | Jeffrey Allen | Michigan Tech University | Testing the Equivalence of Evaporation and Condensation Coefficients using the Constrained Vapor Bubble (CVB) Data from ISS Experiments | CVB, CVB-2 | PSI D (2018) |
| 20 | Paul Steen | Cornell University | Capillary Flows and Draining in Microgravity | CFE | PSI D (2018) |
| 21 | Joel Plawsky | Rensselaer Polytechnic Institute | Loop-Based Constrained Vapor Bubbles | CVB | PSI E (2019) |
| 22 | Amir Riaz | University of Maryland | Pool Boiling Heat Transfer Mechanisms in Low Gravity: Numerical Experiments of MABE and NPBX Data | MABE, NPBX, Gravity Scaling of Pool Boiling Heat | PSI F (2020) |
| 23 | Sunghwan Jung | Cornell University | Enhanced particle tracking in STDC data and its industrial application of Marangoni convection | STDCE-1 | PSI F (2020) |
| 24 | Ivan Christov | Purdue University | Validation of a CFD Model for Gas-Liquid Flows in Packed Bed Reactors to Enable Thermo-Fluid Analysis in Microgravity | PBRE | PSI G (2021) |
| 25 | Ranga Narayanan | University of Florida, Gainesville | Reduced-Order Model and Experiments Using the PSI Data from STDCE | STDCE | PSI ROSES-21 |
| 26 | Jeffrey Allen | Michigan Tech University | Reduced-order modeling of interfacial dynamics to enable large-scale, mission-length simulations of low-gravity propellant management using CVB PSI data | CVB | PSI ROSES-22 |
| 27 | Yue Ling | University of South Carolina | Multi-scale simulations of two-phase flows and heat transfer in confined geometries using embedded thin-film models | CCF-PS-EU2 | PSI ROSES-22 |
| 28 | Sarah Morris | Montana State University | Analysis of Passive Phase Separations and Bubble Dynamics in Developing Shear Flows in Microgravity | CCF-PS-EU2 | PSI ROSES-23 |
| 29 | Yoonjin Won | University of California, Irvine | An Intelligent Machine Learning Strategy for Pool Boiling Heat Transfer | PBE< MABE, NPBX | PSI ROSES-23 |
| Informatics |
| 30 | Ioana Cozmuta | G-Space, Inc. | Development of a computer vision based toolbox for feature extraction, analysis, modeling and prediction of microgravity data sets | CSLM, PFMI, ISSI, IDGE, ACE, BCAT | PSI ROSES-21 |
| Soft Matter / Complex Fluids |
| 31 | Lou Kondic | New Jersey Institute of Technology | Structure evolution during phase separation in colloids under microgravity | ACE-M1, BCAT-3, BCAT-4, BCAT-5, BCAT-6, PHaSE | PSI B (2016) |
| 32 | James Swan | Massachusetts Institute of Technology | Dynamic self-assembly driven by time with varying fields | InSPACE-3, InSPACE-3+ | PSI C (2017) |
| 33 | Michael Cromer | Rochester Institute of Technology | Investigating the Role of pre-Shear and Pre-Stretching in the Transient Extensional Flow of Dilute Polymer Solutions: Modeling Benchmarking and Numerical Simulations | SHERE, SHERE-II, SHERE-R | PSI D (2018) |
| 34 | Anand Oza | New Jersey Institute of Technology | Phase Transitions in Colloid-Polymer Mixtures in Microgravity | BCAT 3 - 6 | PSI E (2019) |
| 35 | Travis Walker | South Dakota School of Mines & Technology | Investigation of Aspherical Magnetic Particles in Low-Gravity Environments | InSPACE | PSI F (2020) |
| 36 | Nikolaos Gatsonis | Worcester Polytechnic Institute | Multiscale Computational Modeling of Dusty Plasmas Near Space Surfaces | PKE-Nefedov & PK-3+ | PSI G (2021) |
| 37 | Eric Weeks | Emory University | Thermal fluctuations of colloidal gels | ACE-M1 | PSI G (2021) |
| 38 | Donald Koch | Cornell University | Dynamic response of particle-filled polymeric fluids in flows with complex Lagrangian time histories | SHERE, SHERE-II, SHERE-R | PSI ROSES-21 |
| 39 | Eric Furst | University of Delaware | Self-assembled microstructure growth in directing fields | InSPACE, InSAPCE-2 | PSI ROSES-22 |
| Materials Science |
| 40 | Ebrahim Asadi | University of Memphis | Enhancement and Verification of Quantitative Phase-Field Crystal Modeling using NASA-PSI Coarsening in Solid- Liquid Mixtures Experiments Data | CSLM, CSLM-2, CSLM-2R, CSLM-3 | PSI B (2016) |
| 41 | Kegang Wang | Florida Institute of Technology | Testing Analytical and Numerical Models in Phase Coarsening using NASA Physical Sciences Informatics System | CSLM, CSLM-2, CSLM-2R, CSLM-3 | PSI B (2016) |
| 42 | Mohsen Eshraghi | California State University, Los Angeles | Pore-Mushy Zone Interaction during Directional Solidification of Alloys: Three Dimensional Simulation and Comparison with Experiments | PFMI | PSI B (2016) |
| 43 | Mohsen Asle Zaeem | Missouri University of Science and Tech | New Insights on Solid-Liquid Interface Anisotropy Effects on Solidification Patterns of Pure and Alloy Systems in Microgravity | IDGE, MICAST/CSS | PSI C (2017) |
| 44 | Kumar Ankit | Arizona State University | Advanced Modeling and Simulation of Crystal Growth Dynamics | IDGE | PSI D (2018) |
| 45 | Siddhartha Pathak | University of Nevada | Understanding the Local Structure-Property Relationships of Solders in Terrestrial vs. Microgravity Environments | ISSI | PSI E (2019) |
| 46 | Surendra Tewari | Cleveland State University | Spurious Grain Formation in Alloys Directionally Solidified on the Space Station due to Marangoni Convection | MICAST/CSS, PFMI | PSI E (2019) |
| 47 | Robert Hyers | University of Massachusetts | Non-contact measurement of thermal conductivity of undercooled and reactive liquid metals | TEMPUS | PSI F (2020) |
| 48 | Adrienne Dove | University of Central Florida | Processing and analysis of the Strata-1 dataset to explore granular mechanics of a realistic system in a long-duration low-gravity environment | STRATA-1 | PSI F (2020) |
| 49 | Namiko Yamamoto | Pennsylvania State University | Micromechanics-based modeling of cement solidified in the microgravity | MICS | PSI G (2021) |
| 50 | Siddhartha Pathak | Iowa State University, Ames | Structure, Properties and Performance of Solder Joints in Terrestrial vs. Reduced-Gravity Environments | ISSI | PSI ROSES-21 |
| 51 | Douglas Matson | Tufts College | PSI Revisiting EML Video Images from EML Work (PREVIEW) | TEMPUS | PSI ROSES-22 |
| 52 | Namiko Yamamoto | Pennsylvania State University | Enhancing our understanding of cement hydration in a micro-gravity setting and its mechanical behaviors through the application of machine learning-aided 3D reconstruction and characterization of micro-scale structures | MICS | PSI ROSES-23 |
