Bernd Rieger

This paper investigates how absorption dipole orientation affects MINFLUX localization accuracy, finding that tilted dipoles introduce biases that depend on their orientation and position within the imaging area.

The paper uses smart 3D super-resolution microscopy to study the RNA scaffold structure in paraspeckles, revealing new insights into their 3D organization and growth.

This paper introduces a model-based method to estimate field-dependent aberrations in single molecule localization microscopy without calibration, improving localization accuracy across large fields of view.

The paper introduces a fast particle fusion method for single-molecule localization microscopy that reduces computational cost from N² to linear scaling by using joint registration of multiple point clouds.

This paper introduces a Vortex PSF for simultaneous orientation and 3D localization of single-molecules, demonstrating its effectiveness on DNA intercalators.

The paper improves single molecule localization precision using patterned illumination in a conventional setup, achieving near twofold better precision than standard methods on DNA-origami structures.

This paper introduces a 3D particle averaging method for localization microscopy that improves signal-to-noise ratio and resolution without requiring a structural template.

The paper explains an unexplained discrepancy in photon count ratios used to estimate axial position in single-molecule localization microscopy and shows susceptibility to optical aberrations.