Published February 8, 2021 | Version 1
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Data for 'Ultrafast control of magnetic interactions via light-driven phonons'

  • 1. Delft University of Technology
  • 2. National Academy of Sciences and Ministry of Education and Science
  • 3. University of Liege
  • 4. University of Lancaster
  • 5. Radboud University Nijmegen

Description

This folder contains all the raw data required to generate the figures in the work 'Ultrafast control of magnetic interactions via light-driven phonons'.

 

Contents

Figure 1:

(c) Time resolved polarization data for the AFM phase:  85_meV_trace.txt and 165_meV_trace.txt. The corresponding Fourier spectra shown in the inset: 85_meV_Fourier_inset.txt and 165_meV_Fourier_inset.txt

(d) Time resolved polarization data for the WFM phase:  85_meV_trace.txt and 165_meV_trace.txt. The corresponding Fourier spectra shown in the inset: 85_meV_Fourier_inset.txt and 165_meV_Fourier_inset.txt

(e) Frequency as function of temperature for the AFM and WFM phase:

AFM points.txt and WFM_points.txt

Figure 2:

(a) Transient polarization rotation data after excitation: WFM_polarization_rotation_vs_time.txt

(b) Frequency time-evolution in the WFM and AFM phase (main panel):  WFM_frequency_points.txt and AFM_frequency_points.txt.

Inset: inset_equilibrium_magnon_decay_time.txt and inset_frequency_decay_times.txt

Figure 3

(a) temperature dependent frequencies at 85 meV excitation, 165 meV excitation and reference data: temperature_dependence_85meV_excitation.txt, temperature_dependence_165meV_excitation, temperature_dependence_Refdata

 

Figure 4

(a) Time-resolved traces for different fluences: Time-resolved_fluence_dependence.txt

(b) Fluence dependent magnetization: fluence_dependence.txt

(c) Temperature dependent magnetization for I>I_c (above Ic) and I<I_c (below Ic): Above_Ic.txt, Below_Ic.txt

(d) Time-resolved magnetization dynamics after different excitation energies: 85meV_trace.txt and 2.3eV_trace.txt

Files

Source Data.zip

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