Job Jzku83jxbtuzgn
Tim Vogels
Application deadline
May 31, 2021
Job location
Job location
Tim Vogels
Vienna, Austria
Geocoding is still running and results will appear soon.
Source: legacy
Quick Information
Application Deadline
May 31, 2021
Start Date
Flexible
Education Required
See description
Experience Level
Not specified
Job location
Job location
Tim Vogels
Job Description
DO apply.
---
We are looking for at least two scientists to join the vogelslab.org as postdocs at the @ISTAustria near Vienna.
The successful candidate will join an ongoing ERC funded project to discover families of spike-induced synaptic plasticity rules by way of numerical derivation.
Together, we will define and explore search spaces of biologically plausible plasticity rules expressed e.g., as polynomial expansions or multi layer perceptrons. We aim to compare the results to various experimental and theoretical data sets, including functional spiking network models, human stem-cell derived neural network cultures, in vitro and in vivo experimental data.
We are looking for someone who can expand and develop our multipurpose modular library dedicated to optimization of non-differentiable systems. Due to the modularity of the library, the candidate will have extensive freedom regarding which optimization techniques to use and what to learn in which systems, but being a team player will be a crucial skill.
Depending on your (flexible, possibly immediate) starting date we can offer up to 4-year contracts with competitive salaries, benefits, vacation time and ample budget for materials and travel in a tranquil and inspiring environment. The Vogelslab, and the IST Austria is located in Klosterneuburg, a historic city northwest of Vienna. The campus is located in the middle of the beautiful landscape of the Vienna Woods, 30 minutes from downtown Vienna, the capital of Austria that consistently scores in the top cities of the world for its high standard of living.
If you are interested, send an email with your application to Jessica . deAntonio [at] ist.ac.at.
Your application should include
your CV,
your most relevant publication,
contact information for 2 or more references, and
a cover letter with
- a short description of you & your career
- a brief discussion of what you think is the greatest weakness of the above mentioned NeurIPS paper (and maybe how you would go about fixing it).
We are looking to build a diverse and interesting environment, so if you bring any qualities that make our lab (and computational neuroscience at large) more diverse than it is right now, please consider applying.
We will begin to evaluate applications on the 31st of April and aim to get back to you with a decision within 5 weeks of your application.
Requirements
- A conceivably successful candidate will have a strong expertise in numerical simulations
- and specifically spiking neuron models
- and some knowledge in the field of synaptic plasticity. A strong background in applied maths
- especially in numerical optimization would be desirable. Some of the questions we ponder: How to express high dimensional rules in
- However
- we can hire more than one person
- and we would also be interested in someone who can contribute to design
- implementation and maintenance of a library dedicated to performing numerical optimization in non-differentiable systems on large scales. We are thinking about how to simulate spiking neural networks with complex
- unsupervised and supervised plasticity rules efficiently
- in parallel
- on a cluster.
Job location
Job location
Tim Vogels
Location coordinates are not ready yet. Check back shortly.
Vienna, Austria
We are still processing the location. Results typically appear within a few minutes.
Source: legacy
About Unknown Organization
Learn more about this opportunity with Unknown Organization.
Related Seminars
Rethinking Attention: Dynamic Prioritization
neuro
Decades of research on understanding the mechanisms of attentional selection have focused on identifying the units (representations) on which attention operates in order to guide prioritized sensory p
The Cognitive Roots of the Problem of Free Will
neuro
The neural basis of exploration and decision-making in individuals and groups
neuro
How was this session?
Reactions, quick ratings, and optional notes help World Wide prioritise improvements and highlight standout seminars.