Mikkel Schöttner

Mikkel Schöttner
University of Lausanne | UNIL · Department of Medical Radiology (DRM)

Master of Science

About

5
Publications
3,012
Reads
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23
Citations
Introduction
My PhD project will investigate how different brain connectivity measures analyzed with graph signal processing relate to various behavioral domains.
Skills and Expertise
Cognitive Neuroscience
Cognitive Neuropsychology
Affective Neuroscience
Functional Neuroimaging
Emotion Recognition
R
SPSS
Python
Brain Imaging
Neuroimaging
Additional affiliations
February 2018 - present
Freie Universität Berlin
Freie Universität Berlin
  • Institute of Mathematics
  • Berlin, Germany
Position
  • Intern
Description
  • Research Internship in Human Centered Computing Research group: Creative Cognitive Computing Tasks: Design and conduct empirical experiments, data analysis
April 2017 - July 2017
University of Bremen
  • Psychology
  • Bremen, Germany
Position
  • Lecturer
Description
  • Teaching, helping with statistical assignments in Quantitative Methods II.
February 2017 - May 2017
Universität Bremen
Universität Bremen
  • Faculty 12: Pedagogical and Educational Sciences
  • Bremen, Germany
Position
  • Student Assistant
Description
  • Statistical calculations (questionnaire evaluation), Coding of qualitative interviews

Publications

Publications (5)
Supplementary Material
Data
  • Apr 2019
Figure 1. The duck rabbit illusion
Figure 3. The weight problem
Figure 6. Different illusions: a) the girl saxophonist and b) a three...
Figure 7. Using re-representation of properties for (a) object...
+3 Figure 14. Objects and properties re-represented as different objects
Towards a Multi-level Exploration of Human and Computational Re-representation in Unified Cognitive Frameworks
Article
Full-text available
  • Apr 2019
Re-representation is a critical ability to (i) understanding human creative problem solving, and (ii) modelling computational cognitive systems able to support or perform creative problem solving tasks on their own. This paper proposes a unified multi-level cognitive approach to investigating re-representation: the study of sensory-based, concept-b...
Figure 1: Visualization of the comRAT-C knowledge organization (with...
Table 1 : Example of answer centered view Abundance.
Figure 2: Shifting from query solving to query generation: The former...
Computationally resurrecting the functional Remote Associates Test using cognitive word associates and principles from a computational solver
Article
Full-text available
  • Mar 2019
Human creativity is usually assessed with a variety of established creativity tests. One of this is the Remote Associates Test (RAT), which aims to measure the ability of reaching remote associates with linguistic stimuli. A well known variant of the RAT exists - the compound RAT, for which normative data and solvers have been proposed in the liter...
Table 2 . Alternative Uses test example, showing answers elicited and...
Figure 3. The weight problem 
Figure 4. Overview of the proposed levels of re-representation 
Figure 5. The duck-rabbit ambiguous figure: bottom-split in feature...
+9 Table 5 . Results of the pattern meanings test: mean values and...
Towards a Multi-level Exploration of Human and Computational Re-representation in Unified Cognitive Frameworks
Preprint
Full-text available
  • Apr 2018
Re-representation is a critical ability to (i) understanding human creative problem solving, and (ii) modelling computational cognitive systems able to support or perform creative problem solving tasks on their own. This paper proposes a unified multi-level cognitive approach to investigating re-representation: the study of sensory-based, concept-b...
Multi-level Re-representation empirical data
Data
  • Mar 2018
Ambiguous Figures, Patterns Meanings Test, Alternative Uses Test, insight tasks - March 2018, n=138

Network

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Projects

Project (1)
Effective Connectivity of Empathy and Theory of Mind in Individuals with High Psychopathic Traits
Project
How does the effective connectivity of empathy and Theory of Mind networks differ in people with high psychopathic traits in comparison to people with low psychopathic traits? This project on OSF: https://osf.io/vskc9/