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Replication Data for: Cuticular microstructure of the locust femur-tibia joint
No full textSupplementary Material for Bruns, C., Bekas, V., Labisch, S. and Dirks, J.-H. (2025). Cuticular microstructure of the locust femur-tibia Joint. Open Biology. This data contains image stacks of CT-Scans of the femur-tibia joint in the mesothoracic leg of Locusta migratoria at different joint positions as well as STL files
Meta Data for: Evaluating vaccine allocation strategies using simulation-assisted causal modeling
No full textMeta Data for the publication by Kekic et al.; For data and code availability see below
Replication Data for: On spurious fixed points in iterative maximum likelihood reconstruction for quantum tomography
No full textPython code and data for replication of figures in 'On spurious fixed points in iterative maximum likelihood reconstruction for quantum tomography
Replication data for "Spontaneous eye blinking is influenced by activity, synchronized with attentional breakpoints, but not modulated by social relevance in Barbary macaques"
No full textData for replication of analyses in a manuscript to be submitted in the following days
Data and code from: Optimizing the design of flower areas to enhance their effectiveness in supporting ground-active predators: a meta-analysis across Europe
No full textThe dataset contains the raw data (Excel file) and the R script used to conduct the statistical analyses presented in "Optimizing the design of flower areas to enhance their effectiveness in supporting ground-active predators: a meta-analysis across Europe" (Journal of Applied Ecology
Master's Thesis: Numerical Simulations of a Stochastic Optimal Control Model for the Navigation of Finite-Size Microswimmers
No full textWe study the optimal navigation of finite-size microswimmers in presence of an external flow field and thermal fluctuations in two-dimensional space where the dynamics are governed by the equations of motion. We address the problem of optimal navigation by using stochastic optimal control theory and obtaining a Hamilton-Jacobi-Bellman (HJB) equation, which is a nonlinear convection-di!usion
type partial di!erential equation (PDE) that describes the optimal torque an active microswimmer must satisfy to navigate towards a desired target. This equation is numerically solvable in a three-dimensional configuration space (position and orientation) for a given set of initial conditions. We discretize the HJB equation in a finite element framework known as the Discontinuous Galerkin (DG) method, which operates over a trial space of functions that are only piecewise continuous. This
allows for a stable and flexible discretization scheme, in particular to cope with arising instabilities in the convection dominated regime. Using the optimal torque solution, we integrate the equations of motion and perform stochastic simulations to determine the optimal microswimmer paths and to compute arrival time statistics. From the results, we conclude that the most efficient shape of microswimmers is a needle-like form
Metadata for: Lessons Learned from a Cooperative Box Experiment with Wild Baboons
No full textThis manuscript describes a failed experiment on cooperation with wild Guinea baboons. There is no dataset associated with this manuscript. However, materials
relating to the design, construction, and operation of the boxes used in this experiment can be found at the following GitHub organization https://github.com/CooperationboxExp, and its repositories: Hardware
DOI:10.5281/zenodo.14178666, Firmware DOI:10.5281/zenodo.14178677. In addition, links to a YouTube playlist of video exemplars are available in the repository. All researchers who appear in the accompanying videos gave their informed consent with regard to the video’s distribution
Temporal action-effect prediction does not affect perceived loudness, but the sense of agency
No full textSupplementary data can be found attached to the article.
Data will be made available on request
Words and arbitrary actions in early object categorization: weak evidence for a word advantage
No full textBoth words and gestures have been shown to influence object categorization, often even overriding perceptual similarities to cue category membership. However, gestures are often meaningful to infants while words are arbitrarily related to an object they refer to, more similar to arbitrary actions that can be performed on objects. In this study, we examine how words and arbitrary actions shape category formation. Across three conditions (word cue, action cue, word-action cue), we presented infants (N = 90) with eight videos of single-category objects which vary in colour and other perceptual features. The objects were either accompanied by a word and/or an action that is being performed on the object. Infants in the word and action condition showed a decrease in looking over the course of the familiarization phase indicating habituation to the category, but infants in the word-action condition did not. At test, infants saw a novel object of the just-learned category and a novel object from another category side-by-side on the screen. There was some evidence for an advantage for words in shaping early object categorization, although we note that this was not robust across analyses
Mims Electron-Nuclear Double Resonance (ENDOR) with chirp microwave pulses
No full textPrimary data files and simulation scripts for all figures in the manuscript