Sophie SCHLATTER
♦ Master's degree in Evolutionary Biology specialized in Animal Behaviour (2016) Research internship in the prestigious Centre for Evolutionary Biology (CEB, University of Western Australia http://www.ceb.uwa.edu.au) in partnership with the Labface (http://www.psychology.uwa.edu.au/research/facelab-people). Research project on changes in human behaviour and perception. ♦ Master's degree in STAPS (2018), Performance Movement and Innovation. Research internship on the impact of acute stress on implicit and explicit imagery capacities. Scholarship of the EDISS doctoral school (2018) (Ecole Doctorale Interdisciplinaire Sciences Santé) Partnership with the Centre Lyonnais d'enseignement par la simulation (from 2018) http://cless.univ-lyon1.fr/ Emotional Management Research Projects on Health Professionals in Crisis Situations
Research areas: Behaviour, Neurosciences, Psychophysiology, Psychology |
Sophie Schlatter (sophie.schlatter1 @ gmail.com)
Nationality: French Institution Université Claude Bernard (Lyon 1) Team: [SPIP] Position: PhD Student
Publications
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Title: Remediation of stress using brain and cognitive stimulation techniques (Summary) Goal: Reduce acute stress in order to improve performance and well-being. Supervisor: Aymeric Guillot Co-supervisor: Ursula Debarnot Funding: Academic doctoral contract (EDISS) Start: 10/2018 End expected: 10/2021
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1. 2020- Acute stress affects implicit but not explicit motor imagery: a pilot study. Schlatter S., Guillot A., Faes C., Saruco E., Collet C., Debarnot U. International Journal of Psychophysiology [IF = 2.882] PMID: 32302646 doi: 10.1016/j.ijpsycho.2020.04.011 2. 2019- Early stimulation of the left posterior parietal cortex promotes representation change in problem solving. Debarnot U., Schlatter S., Monteil J., Guillot A. Scientific Reports [IF = 4.290] PMID: 31712574 doi: 10.1038/s41598-019-52668-7 3. 2017- Putative sex-specific human pheromones do not affect gender perception, attractiveness ratings or unfaithfulness judgements of opposite sex faces. Hare R., Schlatter S., Rhodes G., Simmons L. Royal Society Open Science [IF = 2.504] |