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Applicant Carsten Münker
Subject Area Mineralogy, Petrology and Geochemistry
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
Quantifying deep mantle processes and core mantle interaction has to rely on geophysical evidence and indirect tracers such
as the geochemistry of volcanic ...
Global time-averaged reconstructions of the geomagnetic field through deep geological times and their implications on the Earth's deep interior
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Applicant Sanja Panovska
Subject Area Geophysics
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
Studying the geomagnetic field variations throughout geological history is essential for understanding the dynamical processes
in the Earth’s outer core and ...
Influence of the plate motion reference frame on lowermost mantle structure, evolution, and core-mantle boundary heat flow
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Applicant Bernhard Schuberth ( in cooperation with Grace Shephard, Paula Koelemeijer )
Subject Area Geophysics
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
Accurate knowledge of the spatial pattern of heat flow across the core-mantle boundary (CMB) and its evolution over geologic
eras is of fundamental importance ...
Applicant Daniel Pfeiffer
Subject Area Geophysics
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
Life has evolved in the presence of the Earth’s magnetic field. While it is well established that many organisms use the geomagnetic
field for navigation, it ...
Applicants Wolfgang Friederich , Christoph Sens-Schönfelder ( in cooperation with Tarje Nissen-Meyer, Ludovic Margerin )
Subject Area Geophysics
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
Investigating the small scale structure at the core mantle boundary (CMB) and in the D’’ layer will help to constrain the
characteristics of chemical ...
Applicants Ronald Redmer , Gerd Steinle-Neumann
Subject Area Geophysics
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
The possible presence of a stagnant layer below the core-mantle boundary raises a number of important geophysical and geochemical
questions for the deep Earth.
Applicant William Orsi ( in cooperation with Ian Snowball )
Subject Area Geophysics
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
Paleomagnetic records of sediments provide crucial information about the evolution of the geomagnetic field throughout Earth's
history and help to understand ...
Applicants Karen Appel , Melanie Sieber , Christian Sternemann ( in cooperation with Thomas Duffy, Arianna Gleason-Holbrook, Marion Harmand )
Subject Area Mineralogy, Petrology and Geochemistry
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
Structural and electronic properties of rock forming minerals studied at in situ conditions are the key to understand processes
inside the Earth including ...
Contributions to the understanding of the Earth’s magnetic field from detailed mineral magnetic and palaeomagnetic analyses of high-resolution, high-latitude lake sediment cores
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Applicant Stephanie Scheidt ( in cooperation with Ramon Egli, Darrell Kaufman, Elizabeth K. Thomas, John Inge Svendsen, Haflidi Haflidason )
Subject Area Geology
Subproject of SPP 2404
DFG Programme Priority Programmes Term Since 2023
High-resolution and well-dated sedimentary records are important archives for directional and intensity variations of the
Earth's magnetic field and play a key
Applicant Benjamin Stickler
Subject Area Optics, Quantum Optics and Physics of Atoms, Molecules and Plasmas
DFG Programme Research Grants Term Since 2023
The aim of this project is to study systematically the non-linear quantum rotation dynamics of nanoparticles with single embedded
spin degrees of freedom. We ...