Birte G Beier

most citedTowards Understanding Prolate 4

f

Monomers: Numerical Predictions and Experimental Validation of Electronic Properties and Slow Relaxation in a Muffin-shaped Er

^{III}

Complex

1 citations · 1 across the 1 of their papers we have counts for

collaborators

2 papers

cond-mat.str-el2025★ 1 cited

Towards Understanding Prolate 4 $f$ Monomers: Numerical Predictions and Experimental Validation of Electronic Properties and Slow Relaxation in a Muffin-shaped Er $^{III}$ Complex

J. Arneth, C. Pachl, G. Greif +4

We report the synthesis, crystal structure and magnetic properties of the triply-capped, slightly distorted trigonal-prismatic complex [Er(PPTMP) $_{2}$ (H $_{2}$ O)][OTf] $_{3}$ (PPTMP = (4-…

cond-mat.str-el2025

Elucidating the origin of long-range ferromagnetic order in Fe $_{3}$ GeTe $_{2}$ by low-energy magnon excitation studies

Birte Beier, Erik Walendy, Jan Arneth +3

We report a detailed high-field/high-frequency ferromagnetic resonance (HF-FMR) study of low-energy magnon excitations in the van der Waals ferromagnet Fe $_{3}$ GeTe $_{2}$ . At 2 K, the…

Towards Understanding Prolate 4f Monomers: Numerical Predictions and Experimental Validation of Electronic Properties and Slow Relaxation in a Muffin-shaped ErIII Complex

Elucidating the origin of long-range ferromagnetic order in Fe3​GeTe2​ by low-energy magnon excitation studies

Towards Understanding Prolate 4 $f$ Monomers: Numerical Predictions and Experimental Validation of Electronic Properties and Slow Relaxation in a Muffin-shaped Er $^{III}$ Complex

Elucidating the origin of long-range ferromagnetic order in Fe $_{3}$ GeTe $_{2}$ by low-energy magnon excitation studies