Peter Grünberg Institut – Quantum Nanoscience (PGI-3)

The dataverse of the Peter Grünberg Institut – Quantum Nanoscience (PGI-3)

Featured Dataverses

In order to use this feature you must have at least one published dataverse.

Publish Dataverse

Are you sure you want to publish your dataverse? Once you do so it must remain published.

Publish Dataverse

This dataverse cannot be published because the dataverse it is in has not been published.

Delete Dataverse

Are you sure you want to delete your dataverse? You cannot undelete this dataverse.

1,401 to 1,410 of 1,516 Results

Lifetime_Measurements.txt Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule Plain Text - 19.8 KB - SHA-256: 2674131d86df6c254e69b779b5aeaebb3208bc9cda42f24e8cd3555fdcb966bc txt version of the file Lifetime_Measurements.xlsx
Lifetime_Measurements.xlsx Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule MS Excel Spreadsheet - 36.1 KB - SHA-256: ef29dcfa416eaf59af083aa7569afde7ebfae78efefb0783d4c36337be07be2a Summary of the data in file Raw_Data_For_Fig_4.zip. Data in lines marked in red or yellow ("Notes" column) have not been used in the analysis, since either the orientation of the molecule changed, or something else happened.
Raw_Data_For_Fig_4.zip Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule ZIP Archive - 165.0 MB - SHA-256: a06de749fafdfcfcce61bbb16d417388daf15df1bdef09896b839d727a276be6 Image and spectroscopy files used in the generation of Fig. 4. A summary of the data can be found in the file "Lifetime_Measurements.xlsx"
soft_axis.zip Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule ZIP Archive - 17.5 MB - SHA-256: 4f111da2507aeaadad8de72a54611dbca2bd6738ee38f599f8d7a48db7986dda Image and spectroscopy files used in the generation of Fg. 2B (right panel)
Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Sep 11, 2021 Leis, Arthur; Schleenvoigt, Michael; Cherepanov, Vasily; Lüpke, Felix; Schüffelgen, Peter; Mussler, Gregor; Grützmacher, Detlev; Voigtländer, Bert; Tautz, F. Stefan, 2021, "Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films", https://doi.org/10.26165/JUELICH-DATA/NJJZPL, Jülich DATA, V1 We provide here the raw data used to produce the figures in the publication Leis et al. Adv. Quantum Technol., 2021, 2100083, DOI: 10.1002/qute.202100083. Fig_2a.stp, Fig_S1a.stp, Fig_S1b.stp, Fig_S1c.stp, Fig_S1e.stp, Fig_S2a.stp, Fig_S2b1.stp, Fig_S2b2.stp: Scanning tunneling m...
Fig_2a.stp Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Unknown - 8.0 MB - SHA-256: adf43dafcc1942bcd24b0c5e279529d6140a9a7f3255d1797956d28a7fc26e33 Scanning tunneling microscopy data used to produce figures 2a and 2c. WSxM format.
Fig_2b.png Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films PNG Image - 1.7 MB - SHA-256: 2081e431df51fef73c6c8f69bf3200bdefb432b71bbead9646fb6dab73d4ad9c Optical microscope image used to produce figure 2b.
Fig_3a.dat Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Fixed Field Text Data - 145 B - SHA-256: e262508ffccacb1a18d67f3a9a83f03999e5a53ad26d40265b65427f84cac675 Experimental and model conductivity data used to produce figure 3a. ASCII format.
Fig_3b.dat Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Fixed Field Text Data - 8.4 KB - SHA-256: 6a85f0f0fc37bcf370aef1c9a088497ee0f88570e720941e68ac077c2e8452c0 Model conductivity data used to produce figure 3b. ASCII format.
Fig_4.dat Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Fixed Field Text Data - 117 B - SHA-256: d6d5c029854a01510391d2ec92e226015eaf104510969d22db7e60a0600882d4 Charge carrier mobility data used to produce figure 4. ASCII format.

Lifetime_Measurements.txt

Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule

Plain Text - 19.8 KB - SHA-256: 2674131d86df6c254e69b779b5aeaebb3208bc9cda42f24e8cd3555fdcb966bc

txt version of the file Lifetime_Measurements.xlsx

Lifetime_Measurements.xlsx

Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule

MS Excel Spreadsheet - 36.1 KB - SHA-256: ef29dcfa416eaf59af083aa7569afde7ebfae78efefb0783d4c36337be07be2a

Summary of the data in file Raw_Data_For_Fig_4.zip. Data in lines marked in red or yellow ("Notes" column) have not been used in the analysis, since either the orientation of the molecule changed, or something else happened.

Raw_Data_For_Fig_4.zip

Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule

ZIP Archive - 165.0 MB - SHA-256: a06de749fafdfcfcce61bbb16d417388daf15df1bdef09896b839d727a276be6

Image and spectroscopy files used in the generation of Fig. 4. A summary of the data can be found in the file "Lifetime_Measurements.xlsx"

soft_axis.zip

Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule

ZIP Archive - 17.5 MB - SHA-256: 4f111da2507aeaadad8de72a54611dbca2bd6738ee38f599f8d7a48db7986dda

Image and spectroscopy files used in the generation of Fg. 2B (right panel)

Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Sep 11, 2021

Leis, Arthur; Schleenvoigt, Michael; Cherepanov, Vasily; Lüpke, Felix; Schüffelgen, Peter; Mussler, Gregor; Grützmacher, Detlev; Voigtländer, Bert; Tautz, F. Stefan, 2021, "Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films", https://doi.org/10.26165/JUELICH-DATA/NJJZPL, Jülich DATA, V1

We provide here the raw data used to produce the figures in the publication Leis et al. Adv. Quantum Technol., 2021, 2100083, DOI: 10.1002/qute.202100083. Fig_2a.stp, Fig_S1a.stp, Fig_S1b.stp, Fig_S1c.stp, Fig_S1e.stp, Fig_S2a.stp, Fig_S2b1.stp, Fig_S2b2.stp: Scanning tunneling m...

Fig_2a.stp

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Unknown - 8.0 MB - SHA-256: adf43dafcc1942bcd24b0c5e279529d6140a9a7f3255d1797956d28a7fc26e33

Scanning tunneling microscopy data used to produce figures 2a and 2c. WSxM format.

Fig_2b.png

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

PNG Image - 1.7 MB - SHA-256: 2081e431df51fef73c6c8f69bf3200bdefb432b71bbead9646fb6dab73d4ad9c

Optical microscope image used to produce figure 2b.

Fig_3a.dat

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Fixed Field Text Data - 145 B - SHA-256: e262508ffccacb1a18d67f3a9a83f03999e5a53ad26d40265b65427f84cac675

Experimental and model conductivity data used to produce figure 3a. ASCII format.

Fig_3b.dat

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Fixed Field Text Data - 8.4 KB - SHA-256: 6a85f0f0fc37bcf370aef1c9a088497ee0f88570e720941e68ac077c2e8452c0

Model conductivity data used to produce figure 3b. ASCII format.

Fig_4.dat

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Fixed Field Text Data - 117 B - SHA-256: d6d5c029854a01510391d2ec92e226015eaf104510969d22db7e60a0600882d4

Charge carrier mobility data used to produce figure 4. ASCII format.

Add Data

Share Dataverse

Link Dataverse

Reset Modifications