Publications: 

[1] Adams, Mark F., Jin Chen, and Benjamin Sturdevant. "Fast solvers for tokamak fluid models with PETSc." Computer Physics Communications 327 (2026): 110293.

[2] A. Kleiner, K Imada, F Ebrahimi, N M Ferraro, S R Haskey, L Kogan and A Pankin, “A study of resistive peeling-ballooning modes across spherical tokamaks”,  Plasma Phys. Control. Fusion 67 085026 (2025)

[3] Alexei Pankin, Fatima Ebrahimi, Jacob King, Andreas Kleiner, Jesus Dominguez-Palacios,  “Effects beyond MHD on stability of wide and enhanced pedestal regimes in NSTX”, Plasma Phys. Control. Fusion 67 095023 (2025)

[4] Yueqiang Liu, Xi Chen, Zeyu Li and Fatima Ebrahimi“MARS-Q modeling of low-n resistive kink-peeling modes and edge harmonic oscillations in DIII-D”, Nucl. Fusion 66 036041 (2026)

[5] Yueqiang Liu, Chen Zhao, Fatima Ebrahimi, "Peeling-ballooning modes in spherical tokamaks: Multi-branch instabilities and effects beyond ideal MHD", Phys. Plasmas 32, 122507 (2025)

[6] T. Cote et al.,“First observations of edge instabilities in strongly shaped negative triangularity plasmas on DIII-D”, Plasma Phys. Control. Fusion 67 035033, 2025.

[7] J. Dominguez-Palacios Duran, J.R. King,  V.A. Izzo, X. Chen, F. Ebrahimi and A. Pankin “Linear simulations of a wide pedestal quiescent H-mode plasma with the extended-MHD code NIMROD" 

Nucl. Fusion 66 036003 (2026)

[8]  S. Ku et. al, “Neoclasscial Edge Flows Between Strongly Negative and Positive Triangularities using XGC Gyrokinetic Simulations”, Phys. Plasmas 33, 032501 (2026)

[9] J. Li et. al, “Core XGC Gyrokinetic Simulations of Negative and Positive Triangularities ”, submitted to PoP 

[10] R. Hager et al. “New Field Solver Enables Study of Peeling-Ballooning modes with XGC”  submitted to PPCF

[11]  Samaddar, A., Gong, Q., Madireddy, S., Hansen, C., Joung, S., Smith, D., & Ebrahimi, F.  et al. (2025). “Spatiotemporal forecasting of the tokamak edge instability using neural networks”, Mach. Learn.: Sci. Technol. 6 035041 (2025)

[12] M. Rahman, Zhe Bai, J. King, et. al. ; Sparsified time-dependent Fourier neural operators for fusion simulations. Phys. Plasmas 1 December 2024; 31 (12): 123902.

[13] Alexei Y Pankin, Fatima Ebrahimi, Qian Gong, Jacob King, Andreas Kleiner, Jesus Dominguez-Palacios, Norbert Podhorszki, Eric Suchyta,"NIMROD-to-IMAS workflow for extended-magnetohydrodynamic data with reusable datasets and implications for IMAS schema development", submitted to JCP, https://arxiv.org/abs/2605.23121