Search Results - "PFLEIDERER, Christian"

Reciprocal space tomography of 3D skyrmion lattice order in a chiral magnet by Zhang, Shilei, van der Laan, Gerrit, Müller, Jan, Heinen, Lukas, Garst, Markus, Bauer, Andreas, Berger, Helmuth, Pfleiderer, Christian, Hesjedal, Thorsten

“…It is commonly assumed that surfaces modify the properties of stable materials within the top few atomic layers of a bulk specimen only. Exploiting the…”
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Symmetry-enforced topological nodal planes at the Fermi surface of a chiral magnet by Wilde, Marc A., Dodenhöft, Matthias, Niedermayr, Arthur, Bauer, Andreas, Hirschmann, Moritz M., Alpin, Kirill, Schnyder, Andreas P., Pfleiderer, Christian

“…Despite recent efforts to advance spintronics devices and quantum information technology using materials with non-trivial topological properties, three key…”
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Magnetoelastic hybrid excitations in CeAuAl3 by Čermák, Petr, Schneidewind, Astrid, Liu, Benqiong, Koza, Michael Marek, Franz, Christian, Schönmann, Rudolf, Sobolev, Oleg, Pfleiderer, Christian

“…Nearly a century of research has established the Born–Oppenheimer approximation as a cornerstone of condensed-matter systems, stating that the motion of the…”
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MIEZE Neutron Spin-Echo Spectroscopy of Strongly Correlated Electron Systems by Franz, Christian, Säubert, Steffen, Wendl, Andreas, Haslbeck, Franz X., Soltwedel, Olaf, Jochum, Johanna K., Spitz, Leonie, Kindervater, Jonas, Bauer, Andreas, Böni, Peter, Pfleiderer, Christian

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Entropy-limited topological protection of skyrmions by Wild, Johannes, Meier, Thomas N G, Pöllath, Simon, Kronseder, Matthias, Bauer, Andreas, Chacon, Alfonso, Halder, Marco, Schowalter, Marco, Rosenauer, Andreas, Zweck, Josef, Müller, Jan, Rosch, Achim, Pfleiderer, Christian, Back, Christian H

“…Magnetic skyrmions are topologically protected whirls that decay through singular magnetic configurations known as Bloch points. We used Lorentz transmission…”
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Composition dependence of the specific heat of FeSi by Burger, Carolina, Bauer, Andreas, Pfleiderer, Christian

“…Recently, a high-mobility surface conduction channel and in-gap states were identified in the correlated small-gap semiconductor FeSi using electrical…”
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Electronic structure of CeAuAl$_3$ using density functional theory by Deyerling, André, Wilde, Marc A., Pfleiderer, Christian

“…We studied the magnetic properties and electronic structure of CeAuAl_3 C e A u A l 3 using density functional theory. This compound shows a large Sommerfeld…”
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Atomistic investigation of surface characteristics and electronic features at high-purity FeSi(110) presenting interfacial metallicity by Yang, Biao, Uphoff, Martin, Zhang, Yi-Qi, Reichert, Joachim, Seitsonen, Ari Paavo, Bauer, Andreas, Pfleiderer, Christian, Barth, Johannes V.

“…Iron silicide (FeSi) is a fascinating material that has attracted extensive research efforts for decades, notably revealing unusual temperature-dependent…”
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MIASANS at the longitudinal neutron resonant spin-echo spectrometer RESEDA by Leiner, Jonathan C., Franz, Christian, Jochum, Johanna K., Pfleiderer, Christian

“…The RESEDA (Resonant Spin-Echo for Diverse Applications) instrument has been optimized for neutron scattering measurements of quasi-elastic and inelastic…”
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Superconducting phases of f -electron compounds by Pfleiderer, Christian

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Confined dipole and exchange spin waves in a bulk chiral magnet with Dzyaloshinskii-Moriya interaction by Che, Ping, Stasinopoulos, Ioannis, Mucchietto, Andrea, Li, Jianing, Berger, Helmuth, Bauer, Andreas, Pfleiderer, Christian, Grundler, Dirk

“…The Dzyaloshinskii-Moriya interaction (DMI) has an impact on excited spin waves in the chiral magnet Cu_{2}OSeO_{3} by means of introducing asymmetry in their…”
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Rotating skyrmion lattices by spin torques and field or temperature gradients by Everschor, Karin, Garst, Markus, Binz, Benedikt, Jonietz, Florian, Mühlbauer, Sebastian, Pfleiderer, Christian, Rosch, Achim

“…Chiral magnets like MnSi form lattices of skyrmions, i.e., magnetic whirls, which react sensitively to small electric currents j above a critical current…”
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Transmission Bender as an Analyzer Device for MIEZE by Jochum, Johanna K., Cooper, Jos F. K., Vogl, Lukas M., Link, Peter, Soltwedel, Olaf, Böni, Peter, Pfleiderer, Christian, Franz, Christian

“…MIEZE (Modulation of IntEnsity with Zero Effort) spectroscopy is a high-resolution spin echo technique optimized for the study of magnetic samples and samples…”
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Magnetic-field induced instability surrounding the A-phase of MnSi: Bulk and SANS measurements by Lamago, Daniel, Georgii, Robert, Pfleiderer, Christian, Böni, Peter

“…We have determined the boundary of the magnetic A-phase of MnSi from distinct changes of slope in the AC susceptibility for magnetic field B applied parallel…”
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Magnetic order: Surfaces get hairy by Pfleiderer, Christian

“…Surfaces inherently lack inversion symmetry. This property is now shown to promote the spontaneous formation of a lattice of spin vortices in a thin magnetic…”
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Condensed-matter physics Single skyrmions spotted by Pfleiderer, Christian, Rosch, Achim

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Large curvature near a small gap by Wilde, Marc A., Pfleiderer, Christian

“…The appearance of small local gaps in the electronic band structure of a topological semimetal is attributed to a hidden quasi-symmetry that produces a large…”
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Optimization strategies and artifacts of time-involved small-angle neutron scattering experiments1 by Mettus, Denis, Chacon, Alfonso, Bauer, Andreas, Mühlbauer, Sebastian, Pfleiderer, Christian

“…This article reviews the opportunities and limitations of time-involved small-angle neutron scattering experiments, with the typical artifacts of the recorded…”
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Surfaces get hairy by Pfleiderer, Christian

“…Surfaces inherently lack inversion symmetry. This property is now shown to promote the spontaneous formation of a lattice of spin vortices in a thin magnetic…”
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Emergence of mesoscale quantum phase transitions in a ferromagnet by Wendl, Andreas, Eisenlohr, Heike, Rucker, Felix, Duvinage, Christopher, Kleinhans, Markus, Vojta, Matthias, Pfleiderer, Christian

“…Mesoscale patterns as observed in, for example, ferromagnets, ferroelectrics, superconductors, monomolecular films or block copolymers 1 , 2 reflect spatial…”
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