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Data: Fixation duration on natural scenes is explained by memory encoding not processing demand
This dataset (AVS) contains derivative results of simultaneous magnetoencephalography (MEG), eye-tracking, and structural MRI recordings from 5 participants (3 female, 2 male; mean age = 27.8 years, SD = 2.6) performing a natural scene viewing task and verbal captioning task.
The dataset is built upon scenes from the Natural Scenes Dataset (Allen et al., 2022), AVS captures the neural dynamics of fixation-locked visual processing across 4,080 natural images with high temporal resolution.
The AVS dataset addresses a critical gap in visual neuroscience by providing high-quality neural recordings during active, naturalistic vision. Unlike traditional paradigms requiring central fixation, AVS captures the neural dynamics of self-directed visual exploration
Children’s understanding of the subjectivity of intentions - masked by linguistic task demands?
The dataset comprises structured behavioral data obtained from two preregistered developmental studies with preschool children. It includes trial-level performance measures from a novel task assessing children’s understanding of subjective intentions, with discrete response outcomes indicating whether children judged an agent’s actions as intentional under simplified task demands. The dataset includes individual accuracy measures across trials, age in months, and condition labels for task variations designed to minimize linguistic processing demands.
Participant demographic information (age group, gender), task sequencing metadata, trial identifiers, and complete metadata on experimental design, stimulus materials, and scoring procedures are provided. Data were collected under standardized developmental testing protocols administered in controlled settings with young children and enable reproducible analyses of age-related differences in the acquisition of advanced Theory of Mind capacities regarding subjective intention understanding
Meta data for "Neurodegenerative disease of the brain: a survey of interdisciplinary approaches"
This article is a comprehensive interdisciplinary review and as such does not contain original data
Supplemental Data for Dissertation "Neuronal Principles of Learning and Memory in Drosophila" by Lisa Epple
Functional validation of optogenetic manipulations was performed using the motor neuron driver D42-GAL4. Muscle contraction or relaxation in Drosophila larvae served as behavioral readouts of neuronal activation or inhibition, respectively. Experiments were conducted with the assistance of Anna-Lena Eckardt and Paul Vogt.
Supplementary Video 1&2.
Optogenetic activation of D42-GAL4 motor neurons via the channelrhodopsin CsChrimson induces robust muscle contraction in Drosophila larvae upon illumination with orange light (590 nm) and green light (515 nm) and to a lesser extent with blue light (460 nm). The exemplary video serves as a functional control verifying optogenetic activation.
Supplementary Video 3.
Optogenetic inactivation of D42-GAL4 motor neurons via the inhibitory channelrhodopsin Aurora induces muscle relaxation and loss of forward locomotion in Drosophila larvae upon illumination with green light (515 nm) and to a lesser extent with orange light (590 nm). The exemplare video serves as a functional control verifying optogenetic inhibition
Do Theory of Mind and Mental Time Travel abilities build on joint cognitive foundations?
The dataset comprises structured developmental behavioral data obtained from four studies with 3- to 9-year-old children investigating the relationship between Theory of Mind (ToM) and Mental Time Travel (MTT) abilities. It includes trial-level performance measures from first-, second-, and third-order false belief tasks operationalizing ToM, and corresponding first-, second-, and third-order temporal reasoning tasks operationalizing MTT. For each trial, the dataset contains individual accuracy outcomes for ToM and MTT tasks.
Participant demographic information (age in months, gender), study identifiers, and complete metadata on experimental design and scoring procedures can be provided. Data were collected under standardized developmental testing protocols across multiple sessions
Radial sap flow measurements on beech, Douglas fir and spruce using heat field deformation sap flow sensor
This dataset contains sap flux measurements derived from Heat Field Deformation (HFD) sensors, which were installed in European beech (Fagus sylvatica), Norway spruce (Picea abies), and Douglas fir (Pseudotsuga menziesii) trees. The HFD method is an advanced thermal technique used to quantify tree sap flow, providing high-resolution estimates of xylem water flux density and whole-tree transpiration.
The dataset includes sensor depth, tree diameter, species identity, sapwood characteristics, xylem radius, and calculated sap flux values for each monitored tree. Measurements were taken continuously to assess water use patterns across different tree species and stand types under varying moisture conditions.
HFD sensors are particularly valuable because they:
Allow direct, continuous measurement of sap flow at multiple radial depths,
Capture diurnal and seasonal variability in transpiration,
Provide species-specific insights into water use efficiency and drought response, and
Support the upscaling of tree-level fluxes to stand-level transpiration for ecohydrological modeling
Data assimilation via model reference adaptation for linear and nonlinear dynamical systems
This is the code for the related paper, first version Dec 202
Meta Data for "Visuomotor Mismatch Responses as a Hallmark of Explaining Away in Causal Inference"
Metadata for the publication. Simulation code to reproduce the figures can be found in the GitHub repository, see below
Data/Educational Material for Publication "Soziale Interaktionen im Blick – Konstruktion und Evaluation eines Mysterys zum Sozialverhalten von Primaten"
The dataset consists of educational material for the manuscript "Soziale Interaktionen im Blick – Konstruktion und Evaluation eines Mysterys zum Sozialverhalten von Primaten