#موقعیت_تحصیلی
#فول_فاند
#دکترا
#درسدن
#آلمان

We are seeking an enthusiastic PhD student with a particular interest in understanding sensory mechanisms of human communication.

Task: The task of the successful candidate involves using high-resolution neuroimaging to test for predictive coding mechanisms in the human sensory pathway in typically developed populations as well as in populations with developmental dyslexia. The project is based on prior work of our group listed here.

The setting: TU Dresden is one of eleven German Universities of Excellence. The successful candidate will be based at the Chair of Cognitive and Clinical Neuroscience. The Chair is part of ReDyslexia, which is a research consortium of neuroscientists and clinicians that have the aim (1) to better understand sensory pathway dysfunction in developmental dyslexia, and (2) to directly use this knowledge for improving treatment strategies. ReDyslexia includes studies in humans with developmental dyslexia as well as experiments in animal models. Experiments will be performed at the TUD Neuroimaging Centre (NIC). The NIC is equipped with a research-only MRI machine (Siemens 3T Prisma), MRI-compatible EEG, eye-tracking and noise-cancellation headphones, and a neurostimulation unit including TMS, tDCS, and tFUS. The experimental facilities are supported by experienced physics and IT staff. The TU Dresden Graduate Academy offers a comprehensive training programme and individual career advice for early career researchers. The Dresden-concept Welcome Centre facilitates the start in Dresden for international researchers.

The position: The PhD position is fully funded (E13 TV-L 75%) and available at the next possible date.

More information: The official job advertisement can be found here PDF. If you have questions or for informal enquiries on the post please contact Katharina von Kriegstein (katharina.von_kriegstein@tu-dresden.de)

_ _

Katharina von Kriegstein

Professor of Cognitive and Clinical Neuroscience

Vice-Dean Faculty of Psychology

TUD Dresden University of Technology

Chemnitzer Str. 48b, 01187 Dresden

Phone +49 (0) 351-463-43145

https://tu-dresden.de/mn/psychologie/ifap/kknw

https://bsky.app/profile/kvonkriegstein.bsky.social

#موقعیت_تحصیلی
#دکترا
#فول_فاند
#برلین

5-year full PhD position at the Berlin Mobile Brain/Body Imaging Labs!

We are looking for a highly motivated candidate to work in the field of Neurourbanism using multimodal psychophysiological measurements in stationary and mobile protocols.

One focus of the work will be the development and implementation of linear and non-linear analysis approaches for complex multimodal physiological data recorded with immersive VR and real-world protocols (EEG, ECG, EDA, eye-tracking).

Candidates should have very good knowledge of physiological measurement methods and their evaluation and very good programming skills in Python, MATLAB, and R.

We are an international team with English as a working language. We offer an excellent and stimulating environment for starting a career in cognitive neuroscience.

For more information, please visit our lab sites:
https://urldefense.com/v3/__https://blogs.tu-berlin.de/bpn_bemobil/our-approach/__;!!Mih3wA!DVP4QzAlku9nmB54zBcMU4pDxwMvDtKH_JLiREL4RzFPLO3_klymYZmd7ifZMqY2dOsYEG4L5va7KSYNPOFL7umJ$

and the official job announcement:
https://urldefense.com/v3/__https://www.jobs.tu-berlin.de/en/job-postings/185206__;!!Mih3wA!DVP4QzAlku9nmB54zBcMU4pDxwMvDtKH_JLiREL4RzFPLO3_klymYZmd7ifZMqY2dOsYEG4L5va7KSYNPOoKhqf8$
____________________________________________

Prof. Dr. Klaus Gramann
he/him Form of address: Mr.

Biological Psychology and Neuroergonomics
Berlin Institute of Technology

Director
Department of Psychology and Ergonomics

Fon +49 (0)30 314-79 506
Fax +49 (0)30 314-79 516

https://urldefense.com/v3/__https://www.tu.berlin/bpn__;!!Mih3wA!DVP4QzAlku9nmB54zBcMU4pDxwMvDtKH_JLiREL4RzFPLO3_klymYZmd7ifZMqY2dOsYEG4L5va7KSYNPLhL4vdZ$

Mail address:

TU Berlin Biopsychologie Sekr. KWT-1
Fasanenstr. 1 (Eingang 1)
D-10623 Berlin

#پستداک
#فول_فاند
#فرانسه
#لیون

The Lyon Neuroscience Research Center (CRNL, Lyon, France) opens a postdoc position on the Neuroimaging of human body odor attractiveness.

It is funded by the ANR project BIODOR-IN (“The role of biological odors in human social interactions: A study in immersion”).

Details and application: https://emploi.cnrs.fr/Offres/CDD/UMR5292-CAMFER-005/Default.aspx

Deadline for application: 08 August 2024

Employment start date: 1st Sept 2024

Duration: 12 months

Contact: Camille Ferdenzi, CNRS researcher (Neuropop team of CRNL), [email protected]

#موقعیت_تحصیلی
#دکترا
#فول_فاند
#آلمان
#دانشگاه_فرایبورگ

Location: Imaging Memory and Consolidation Lab (IMaC Lab), Freiburg

Position: Doctoral Candidate (E 13 TVöD 75%, 39 hours/week)

Duration: 3 years, starting October 1, 2024

Location: Imaging Memory and Consolidation Lab (IMaC Lab), Freiburg

Project Overview:

The selected candidate will engage in research exploring the impact of sleep (dys)regulation on metabolic clearance, autonomic activity, and memory (representations). This will involve concurrent fMRI and EEG recordings during wake and sleep studies in both younger and older adults.

Your Qualifications:

- Background: Master’s degree (or expected by October 2024) in Neuroscience, Psychology, Biology, Computer Science, or related fields.

- Technical Skills: Experience or a strong interest in fMRI and EEG methodologies. Proficiency in advanced signal processing, statistical analysis, and programming (e.g., Python, MATLAB) is highly advantageous.

- Research Focus: A keen interest in aging physiology, memory, and sleep.

- Language Skills: High proficiency in English required; German is beneficial but not mandatory.

- Capability to operate independently

- Strong analytical skills and a methodical approach to research.

Benefits:

- Collaborative opportunities on an international scale.

- 30 days of vacation annually.

- Work in the scenic, vibrant city of Freiburg in Germany

Application Details:

For inquiries, contact Dr. Deniz Kumral at [email protected]freiburg.de.

To apply, submit your CV, degree certificates, and contact details for 2-3 references by July 1, 2024 on one PDF document.

Best Wishes

Dr. Deniz Kumral

? اطلاعیه

✅ Salzburg Mind Brain Annual Meeting 2024

جهت شرکت در این میتینگ و اطلاعات بیشتر برای ارسال چکیده مقالات ??

https://samba.ccns.sbg.ac.at/samba-2024/

#سالزبورگ #اتریش #همایش #کنفرانس #مقاله

#موقعیت_تحصیلی #موقعیت_کاری #پژوهشگر #دکترا #پستداک #دانشگاه_لوزان #سوییس PROJECT DESCRIPTION: A project, funded by the Swiss National Science Foundation as part of a Starting Grant (Principal Investigator: David Pascucci <https://urldefense.com/v…

#موقعیت_کاری
#موقعیت_تحصیلی
#پژوهشگر
#پستداک
#آمریکا
#دبی

The Melcher Perception and Active Cognition laboratory in the Division of
Science, New York University Abu Dhabi, seeks to recruit a
Postdoctoral Associate
and a Research Assistant to work on the mechanisms underlying how the brain
rapidly processes incoming sensory information in order to guide our
behavior.

Post-doc: https://urldefense.com/v3/__http://apply.interfolio.com/132211__;!!Mih3wA!DzWghCdsTGAIwXTbUtmRoCJaNk3Kke5S9Ey7px6_42lEfBwvwAM22wWUylWjV5VWPNwj5I6gW7ADKKGl2gjTmp_QYzZTDwg$

Research Assistant: https://urldefense.com/v3/__http://apply.interfolio.com/132208__;!!Mih3wA!DzWghCdsTGAIwXTbUtmRoCJaNk3Kke5S9Ey7px6_42lEfBwvwAM22wWUylWjV5VWPNwj5I6gW7ADKKGl2gjTmp_QATGjops$

Current research in the Perception and Active Cognition lab focuses on four
major themes:
1. Speed of processing: sensory information arrives continuously and needs
to be processed rapidly, according to our goals. Work in our lab has shown
that the speed of visual processing varies across people and is linked to
specific neural processes that can be measured with EEG/MEG.
2. The role of prediction: our brains use information from the past to
make, and update, predictions about upcoming sensory input. Work in our lab
has shown that both longer-term learning and current information, such as a
view of a stimulus in extrafoveal vision, leads to predictions that can
change our perceptual interpretation of objects and events. Our lab has
shown that predictions are important in quickly processing information
across eye movements when looking around or reading.
3. Brain and body rhythms: Sensory and cognitive processing varies over
time, linked to brain oscillations, external input (such as music) and body
movements. Work in our lab investigates how external input shapes these
rhythms, and how these rhythms shape our perceptions and actions.
4. Clinical implications, including individual differences in sensory
sensitivity and temporal processing: We are investigating how individual
differences in attention, sensory processing and working memory influence
performance in tasks in both control and in people diagnosed with dyslexia,
autism, schizophrenia and other psychological and neurological conditions.

The successful applicant will drive a fascinating project on one or more of
these major themes. This will involve planning and executing experimental
research with human participants. The candidate will work in a
multidisciplinary environment consisting of PhD-level scientists, graduate
students and undergraduate students.

Applicants must have a degree (appropriate to the position, either BS/MS or
PhD) in Psychology, Neuroscience or a related field. Excellent
experimental skills relevant to the project are required, as demonstrated
by previous research positions and, in the case of the Postdoc,
publications in international scientific journals with a good ranking.

For consideration, applicants need to submit on "Interfolio" (links below)
a cover letter, curriculum vitae with full publication list, statement of
research interests and three letters of reference (or at least the names of
three referees who have agreed to provide a letter), all in PDF format. If
you have any questions, please email Prof. Melcher at [email protected].

Post-doc: https://urldefense.com/v3/__http://apply.interfolio.com/132211__;!!Mih3wA!DzWghCdsTGAIwXTbUtmRoCJaNk3Kke5S9Ey7px6_42lEfBwvwAM22wWUylWjV5VWPNwj5I6gW7ADKKGl2gjTmp_QYzZTDwg$

Research Assistant: https://urldefense.com/v3/__http://apply.interfolio.com/132208__;!!Mih3wA!DzWghCdsTGAIwXTbUtmRoCJaNk3Kke5S9Ey7px6_42lEfBwvwAM22wWUylWjV5VWPNwj5I6gW7ADKKGl2gjTmp_QATGjops$

#موقعیت_تحصیلی
#دکترا
#فول_فاند
#دانشگاه_سالزبورگ
#اتریش

In collaboration with MED-EL, we are seeking a highly motivated PhD student. This individual will contribute to a project in the field of auditory cognitive neuroscience, focusing on studies involving deaf individuals, both with and without Cochlear Implants (CIs). The project will be co-supervised by Nathan Weisz at the University of Salzburg and Konrad Schwarz at MED-EL (Objective Measures Research Team). The targeted start date is flexible, ranging from summer to autumn 2024.
The ideal candidate will be eager to apply MEG, EEG, or eye tracking technologies to explore research questions within deaf populations. While experience with these techniques is beneficial, it is not a prerequisite. Similarly, coding skills in Python, R, Matlab, or Julia are advantageous but not mandatory.

Interested candidates are invited to contact Nathan Weisz ([email protected]) with any questions or to submit applications. Applications should include a CV, a short motivation letter, and the contact information of two referees, and must be submitted by 30 April 2024.