POBERZNIK, MATIC
POBERZNIK, MATIC
Istituto Officina dei Materiali - IOM -
Nonconductive ferrofluids from permanently magnetic nanoplatelets hybridized with polar phosphonic ligands
2025 Tufani, A.; Popov, N.; Kovac, J.; Campelj, S.; Mavric, A.; Landovsky, T.; Cigl, M.; Vankatova, P.; Loula, M.; Novotna, V.; Poberznik, M.; Herrero-Saboya, G.; Martin Samos Colomer, L.; Mertelj, A.; Lisjak, D.
Exploring potential energy surfaces to reach saddle points above convex regions
2024 Gunde, M.; Jay, A.; Poberznik, M.; Salles, N.; Richard, N.; Landa, G.; Mousseau, N.; Martin Samos Colomer, L.; Hemeryck, A.
pARTn: A plugin implementation of the Activation Relaxation Technique nouveau that takes over the FIRE minimisation algorithm
2024 Poberznik, M.; Gunde, M.; Salles, N.; Jay, A.; Hemeryck, A.; Richard, N.; Mousseau, N.; Martin-Samos, L.
Activation–Relaxation Technique: An efficient way to find minima and saddle points of potential energy surfaces
2022 Jay, A.; Gunde, M.; Salles, N.; Poberznik, M.; Martin Samos Colomer, L.; Richard, N.; Gironcoli, S. D.; Mousseau, N.; Hemeryck, A.
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| Nonconductive ferrofluids from permanently magnetic nanoplatelets hybridized with polar phosphonic ligands | 1-gen-2025 | Tufani, A.; Popov, N.; Kovac, J.; Campelj, S.; Mavric, A.; Landovsky, T.; Cigl, M.; Vankatova, P.; Loula, M.; Novotna, V.; Poberznik, M.; Herrero-Saboya, G.; Martin Samos Colomer, L.; Mertelj, A.; Lisjak, D. | |
| Exploring potential energy surfaces to reach saddle points above convex regions | 1-gen-2024 | Gunde, M.; Jay, A.; Poberznik, M.; Salles, N.; Richard, N.; Landa, G.; Mousseau, N.; Martin Samos Colomer, L.; Hemeryck, A. | |
| pARTn: A plugin implementation of the Activation Relaxation Technique nouveau that takes over the FIRE minimisation algorithm | 1-gen-2024 | Poberznik, M.; Gunde, M.; Salles, N.; Jay, A.; Hemeryck, A.; Richard, N.; Mousseau, N.; Martin-Samos, L. | |
| Activation–Relaxation Technique: An efficient way to find minima and saddle points of potential energy surfaces | 1-gen-2022 | Jay, A.; Gunde, M.; Salles, N.; Poberznik, M.; Martin Samos Colomer, L.; Richard, N.; Gironcoli, S. D.; Mousseau, N.; Hemeryck, A. |