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• "Data archive of "Exploring in-plane interactions beside an adsorbed molecule with lateral force microscopy"", Weymouth, Nam, Riegel, Gretz, Giessibl, 2023

  Publication

  Publication on epub.uni-regensburg.de: "Data archive of "Exploring in-plane interactions beside an adsorbed molecule with lateral force microscopy"" (external link, opens in a new window)

• "A Next-Generation qPlus-Sensor-Based AFM Setup: Resolving Archaeal S-Layer Protein Structures in Air and Liquid", Seeholzer, Tarau, Hollendonner, Auer, Rachel, Grohmann, Giessibl, Weymouth, 2023

  Publication

  Surface-layer (S-layer) proteins form the outermost envelope in many bacteria and most archaea and arrange in two-dimensional quasicrystalline...

  Publication on epub.uni-regensburg.de: "A Next-Generation qPlus-Sensor-Based AFM Setup: Resolving Archaeal S-Layer Protein Structures in Air and Liquid" (external link, opens in a new window)

• "Exploring in-plane interactions beside an adsorbed molecule with lateral force microscopy", Nam, Riegel, Hörmann, Hofmann, Gretz, Weymouth, Giessibl, 2024

  Publication

  Atomic force microscopy with a CO-functionalized tip can be used to directly image the internal structure of a planar molecule and to characterize...

  Publication on epub.uni-regensburg.de: "Exploring in-plane interactions beside an adsorbed molecule with lateral force microscopy" (external link, opens in a new window)

• "Increasing the lifetime of confined electronic states in an artificial quantum structure", Weiss, Schelchshorn, Stilp, Weymouth, Giessibl, 2024

  Publication

  Understanding and tuning the factors influencing the lifetime of confined electronic states is a basic concept of quantum mechanics, whereas achieving...

  Publication on epub.uni-regensburg.de: "Increasing the lifetime of confined electronic states in an artificial quantum structure" (external link, opens in a new window)

• "Decoding the surface of a complex oxide", Giessibl, Weymouth, 2024

  Publication

  Science 0036-8075,1095-9203 10.1126/science.ads0942

  Publication on epub.uni-regensburg.de: "Decoding the surface of a complex oxide" (external link, opens in a new window)

• "Lateral Force Microscopy to study in-plane interactions next to adsorbed molecules", Nam, Weymouth, Giessibl, 2025

  Publication

  Lateral Force Microscopy (LFM), a variant of Atomic Force Microscopy (AFM), is well-suited for quantifying in-plane forces near an adsorbed molecule....

  Publication on epub.uni-regensburg.de: "Lateral Force Microscopy to study in-plane interactions next to adsorbed molecules" (external link, opens in a new window)

• "Atomic Manipulation on a Highly Corrugated Topological Insulator", Grasser, Weindl, Weymouth, Giessibl, 2025

  Publication

  We report a mechanism of lateral manipulation of single Fe adatoms on the surface of the topological insulator Bi2⁢Se3 with atomic force microscopy....

  Publication on epub.uni-regensburg.de: "Atomic Manipulation on a Highly Corrugated Topological Insulator" (external link, opens in a new window)

• "Sliding friction over individual aromatic bonds correlates with bond order", Nam, Hörmann, Gretz, Hofmann, Giessibl, Weymouth, 2026

  Publication

  Friction is ubiquitous, and has therefore been studied extensively to determine how it can be modified. Most experiments are not controlled down to...

  Publication on epub.uni-regensburg.de: "Sliding friction over individual aromatic bonds correlates with bond order" (external link, opens in a new window)

• "Data archive of "Controlling Many-Body Quantum Chaos: Bose-Hubbard systems"", Beringer, Steinhuber, Urbina, Richter, Tomsovic, 2024

  Publication

  Dataset of the figures displayed in the publication "Controlling Many-Body Quantum Chaos: Bose-Hubbard systems"

  Publication on epub.uni-regensburg.de: "Data archive of "Controlling Many-Body Quantum Chaos: Bose-Hubbard systems"" (external link, opens in a new window)

• "Controlling Many-Body Quantum Chaos: Bose-Hubbard systems", Beringer, Steinhuber, Urbina, Richter, Tomsovic, 2024

  Publication

  This work develops a quantum control application of many-body quantum chaos for ultracold bosonic gases trapped in optical lattices. It is long known...

  Publication on epub.uni-regensburg.de: "Controlling Many-Body Quantum Chaos: Bose-Hubbard systems" (external link, opens in a new window)