<html><head><meta http-equiv="Content-Type" content="text/html charset=windows-1252"></head><body style="word-wrap: break-word; -webkit-nbsp-mode: space; -webkit-line-break: after-white-space;">Dear all,<br><br>We are seeking for candidates for a PhD fellowship on the topic:<br><br>Decoding movement goals and muscle activation patterns from neural activity<br><br>This project will be co-directed by Bjorg Kilavik (Timone Neuroscience Institute) and Demian Battaglia (Institute for Systems Neuroscience) at Aix-Marseille University, awarded the prestigious status of "Excellence Initiative" (A*MIDEX) by the French Government and considering interdisciplinary studies as one of its main axes of growth.<br><br>The cerebral cortex is organized into multiple layers comprising largely distinct distributions of incoming and outgoing anatomical projections. It is not clear however which of these layers is the better target for Brain Machine Interface (BMI) applications aiming at driving screen cursors or robotic prostheses via the decoding of motor plans and commands from motor cortical activity.<br>In this project, we will start by determining the availability of information about movement goal vs. muscle activation patterns in different motor cortical layers, by doing offline decoding of existing and future higher-quality laminar data recorded in NHPs. In parallel, we will build an online BMI setup for further experiments, coupled with a NHP upper limb exoskeleton already on site. We will first use information theory approaches to systematically compare the amount of information relevant for different applications that can be potentially extracted from different laminar depths (superficial vs. deep) and/or types of signal (spike trains, local field potentials). Based on these offline analyses, we will then design optimized fast-to-compute features suitable for online decoding. These results will allow us to optimise the harvesting of signals and their use for motor BMI applications.<br><br>The englobing experimental research program is ongoing, and essential equipment is already in place. When the student arrives, data is already available for analyses, and recordings will immediately start in a newly trained animal. The two supervisors are highly complementary, with renowned expertise in experimental (Kilavik) and computational (Battaglia) approaches, and can therefore provide a solid support for the student to succeed in this highly demanding project.<br><br>Candidate profile: Candidates with a background in biology, neuroscience, physics or engineering are particularly encouraged to apply. The work will combine experimental and computational approaches, with adequate supervision from the highly complementary supervisors. This project provides an excellent opportunity to gain solid multidisciplinary training at the forefront of integrative neurosciences.<br><br>******************************************************************************************************************************************<br>The scholarships are open to Master graduate students from top ranked non-French universities.<br>******************************************************************************************************************************************<br>The application must include :<br><span class="Apple-tab-span" style="white-space: pre;"> </span>• a detailed curriculum<br><span class="Apple-tab-span" style="white-space: pre;"> </span>• a letter of motivation<br><span class="Apple-tab-span" style="white-space: pre;"> </span>• two recommandation letters (the referee should use the template “phd evaluation form” )<br><span class="Apple-tab-span" style="white-space: pre;"> </span>• the template “choice of research projects” (applicants must select and rank two of the proposed research projects)<br><br>Applications should be sent before May 21st, 2017 at midnight (French time).<br>******************************************************************************************************************************************<br><br>The application must be posted on the website of the Aix-Marseille University Integrative and Clinical Neuroscience PhD program:<br><br><a href="http://neuro-marseille.org/en/phd-program-en/call-for-applicants/">http://neuro-marseille.org/en/phd-program-en/call-for-applicants/</a><br><br>well indicating the chosen project number (Research project # 14 for the project described above)<br><br>NB: on the same site applications for many other PhD projects can be filed, see here:<br><a href="http://neuro-marseille.org/wp-content/uploads/2016/12/liste-research-project.pdf">http://neuro-marseille.org/wp-content/uploads/2016/12/liste-research-project.pdf</a><br><br>The ICN PhD program selection committee will shortlist 10 students that will be individually interviewed in June. The students are encouraged to prepare their interviews with the project leaders they have selected. The final decision will be known shortly after the interviews and three successful candidates will start their PhD studies between October and December 2017.<br><br>Within this programme, the PhD fellows will sign a three-year work contract.<br>They will enrol the ICN PhD program offering personalized follow-up to the students, a wide spectrum of scientific and professional training activities<br>including specialized courses and career development activities and interactions with multi-disciplinary researchers at Aix-Marseille University and top world-wide visiting speakers, in a vibrant international community of students.<br><br><br>For further information and expression of interest feel free to contact:<br>Demian Battaglia (<a href="mailto:demian.battaglia@univ-amu.fr">demian.battaglia@univ-amu.fr</a>) and<br>Bjorg Kilavik (<a href="mailto:bjorg.kilavik@univ-amu.fr">bjorg.kilavik@univ-amu.fr</a>)<br>
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