Publications of Martin Wolf

Thesis - PhD (34)

2006
Thesis - PhD
Wagner, Steffen: State- and Time-Resolved Investigations of Energy Transfer Mechanisms in Femtosecond-Laser induced Associative Desorption.
2005
Thesis - PhD
Tallarida, Massimo: Electronic properties of semiconductor surfaces and metal/semiconductor interfaces.
2003
Thesis - PhD
Denzler, Daniel N.: Zur ultraschnellen Reaktionsdynamik von Wasserstoff und Grenzflächenstruktur von Wasser auf der Ru(001)-Oberfläche.
1991
Thesis - PhD
Wolf, Martin: Untersuchungen zur Dynamik photoinduzierter Oberflächen-Reaktionen.

Thesis - Habilitation (1)

1998
Thesis - Habilitation
Wolf, Martin: Ultrakurzzeitdynamik elektronischer Anregungen an Festkörperoberflächen.

Thesis - Diploma (1)

1985
Thesis - Diploma
Wolf, Martin: Untersuchungen an einer (110)-orientierten Palladium-Einkristalloberfläche mittels Video-LEED.

Thesis - Master (5)

2023
Thesis - Master
Wiedenhaupt, Henrik: Light-Matter Interaction of Ultra-thin ZnO Films on Ag(111) investigated by STM-induced Luminescence.
2019
Thesis - Master
Hoffmann, Lars: Nonlinear X-ray Absorption of Graphite.
2018
Thesis - Master
Gückstock, Oliver: Characterizing Spintronic Materials by Terahertz Spectroscopy.
Thesis - Master
Quadt, Frank: Development and Automation of a SFG-FROG System with Labview.
2016
Thesis - Master
Gerke, Felix: Probing of surface adsorbates during the electro-oxidation of gold by vibrational SFG spectroscopy.

Thesis - Bachelor (1)

2017
Thesis - Bachelor
Malter, Jannik: Characterization of a nanotip electron source for femtosecond point-projection microscopy.

Working Paper (2)

2023
Working Paper
Rouzegar, Reza, M.A. Wahada, Alexander Chekhov, W. Hoppe, J. Jechumtal, L. Nadvornik, Martin Wolf, T.S. Seifert, S.S.P. Parkin, G. Woltersdorf, P.W. Brouwer and Tobias Kampfrath: Terahertz spin conductance probes of coherent and incoherent spin tunneling through MgO tunnel junctions.
2017
Working Paper
Kampfrath, Tobias, Martin Wolf and Mohsen Sajadi: Anharmonic Coupling between Intermolecular Motions of Water Revealed by Terahertz Kerr Effect.
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