- Comp-neuro - lists.cnsorg.org

Google Summer of Code: Open Source models of cortical networks
by Padraig Gleeson 06 Mar '14

06 Mar '14

Google Summer of Code is an initiative to encourage students to contribute to open source software projects. Generous stipends are provided for successful applicants to work on these projects for a number of months over the summer. The INCF <http://incf.org/> has been a GSoC mentoring organisation for the past number of years, and has helped link up students with mentors to advance various projects in the wider neuroinformatics and computational neuroscience areas. The Open Source Brain initiative <http://www.opensourcebrain.org> is encouraging students to apply to be part of this. The successful candidate will take models of cells and networks from the cortex and convert them into open, standardised formats (e.g. NeuroML and PyNN) and place them in public repositories as a resource for the wider community. These can be published models available in simulator specific formats on ModelDB, or classic models from the literature which would benefit from curating/updating/documenting. Making models available in these formats will allow them to be used & tested across multiple simulators, make the physiological properties of the models more accessible and facilitate reuse of model components. *This opportunity is particularly relevant for Masters & PhD students currently working in model development in computational neuroscience. Many students **are already converting/updating existing models as part of their work and this is a great opportunity to get paid extra to do this! *** Closing date for student applications: *21st March 2014* Period of working on projects: *19 May - 18 August* Full information on this can be found here: http://incf.org/gsoc/2014/proposals/#open-source--cross-simulator--large-sc… ----------------------------------------------------- Padraig Gleeson Room 321, Anatomy Building Department of Neuroscience, Physiology& Pharmacology University College London Gower Street London WC1E 6BT United Kingdom +44 207 679 3214 p.gleeson(a)ucl.ac.uk -----------------------------------------------------

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Deadline Approaching: Telluride Neuromorphic Cognition Engineering Workshop
by Ralph Etienne-Cummings 06 Mar '14

06 Mar '14

Telluride Neuromorphic Cognition Engineering Workshop 2014 Neuromorphic Cognition Engineering Workshop: The 20th Anniversary Edition Telluride, Colorado, June 29th - July 19th, 2014CALL FOR APPLICATIONS: Deadline is April 2nd, 2014 NEUROMORPHIC COGNITION ENGINEERING WORKSHOP www.ine-web.org Sunday June 29th - Saturday July 19th, 2014, Telluride, Colorado We invite applications for a three-week summer workshop that will be held in Telluride, Colorado. Sunday June 29th - Saturday July 19th, 2014. The application deadline is Wednesday, April 2nd and application instructions are described at the bottom of this document. This is the 20th Anniversary of the Workshop, and ~25 years since the conception of the "Meadian" version of Neuromorphic Engineering. Hence, we plan a celebratory Workshop, where some of the originators and benefactors of the field will participate in discussions of the successes and challenges over the past 25 years and prognosticate the potential contributions for the next 25 years. The 2014 Workshop and Summer School on Neuromorphic Engineering is sponsored by the National Science Foundation, Institute of Neuromorphic Engineering, Qualcomm Corporation, The EU-Collaborative Convergent Science Network (CNS-II), University of Maryland - College Park, Institute for Neuroinformatics - University of Zurich and ETH Zurich, Georgia Institute of Technology, Johns Hopkins University, Boston University, University of Western Sydney and the Salk Institute. Directors: - Cornelia Fermuller, University of Maryland, College Park - Ralph Etienne-Cummings, Johns Hopkins University - Shih-Chii Liu, Institute of Neuroinformatics, UNI/ETH Zurich, Switzerland - Timothy Horiuchi, University of Maryland, College Park Workshop Advisory Board: - Andreas Andreou, Johns Hopkins University - Andre van Schaik, University Western Sydney, Australia - Avis Cohen, University of Maryland - Barbara Shinn-Cunningham, Boston University - Giacomo Indiveri, Institute of Neuroinformatics, Uni/Eth Zurich, Switzerland - Jonathan Tapson, University Western Sydney, Australia - Malcolm Slaney, Microsoft Research - Jennifer Hasler, Georgia Institute of Technology - Rodney Douglas, Institute of Neuroinformatics, Uni/Eth Zurich, Switzerland - Shihab Shamma, University of Maryland - Tobi Delbruck, Institute of Neuroinformatics, Uni/Eth Zurich, Switzerland Previous year workshop can be found at: http://ine-web.org/workshops/workshops-overview/index.html and the workshop wiki is athttps://neuromorphs.net/ GOALS: Neuromorphic engineers design and fabricate artificial neural systems whose organizing principles are based on those of biological nervous systems. Over the past 18 years, this research community has focused on the understanding of low-level sensory processing and systems infrastructure; efforts are now expanding to apply this knowledge and infrastructure to addressing higher-level problems in perception, cognition, and learning. In this 3-week intensive workshop and through the Institute for Neuromorphic Engineering (INE), the mission is to promote interaction between senior and junior researchers; to educate new members of the community; to introduce new enabling fields and applications to the community; to promote on-going collaborative activities emerging from the Workshop, and to promote a self-sustaining research field. FORMAT: The three week summer workshop will include background lectures on systems and cognitive neuroscience (in particular sensory processing, learning and memory, motor systems and attention), practical tutorials on emerging hardware design, mobile robots, hands-on projects, and special interest groups. Participants are required to take part and possibly complete at least one of the projects proposed. They are furthermore encouraged to become involved in as many of the other activities proposed as interest and time allow. There will be two lectures in the morning that cover issues that are important to the community in general. Because of the diverse range of backgrounds among the participants, some of these lectures will be tutorials, rather than detailed reports of current research. These lectures will be given by invited speakers. Projects and interest groups meet in the late afternoons, and after dinner. In the early afternoon there will be tutorials on a wide spectrum of topics, including analog VLSI, mobile robotics, vision and auditory systems, central-pattern-generators, selective attention mechanisms, cognitive systems, etc. *2014 TOPIC AREAS:* 1. *Human Auditory Cognition: Acoustic Priming, Imagination and Attention.* Project Leaders: Shihab Shamma (UM-College Park), Malcolm Slaney (Microsoft), Edward Lalor (Trinity College, Dublin), Barbara Shinn-Cunningham (Boston U) 2. *Motion and Action Processing on Wearable Devices* Project Leaders: Michael Pfeiffer (INI-UZH), Ryad Benosman (UPMC, Paris), Garrick Orchard (NUS, Singapore), and Cornelia Fermüller (UMCP) 3. *Planning with Dynamic Neural Fields: from Sensorimotor Dynamics to Large-Scale behavioral Search* Project Leaders: Yulia Sandamirskaya (RUB, Bochum) and Erik Billing (U. Skovde) 4. *Neuromorphic Olympics* Project Leaders: Jorg Conradt (TUM, Munich) and Terry Stewart (U. Waterloo) 5. *Embodied Neuromorphic Real-World Architectures of Perception, Cognition and Action* Project Leaders: Andreas Andreou (JHU) and Paul Verschure (UPF, Barcelona) 6. *Terry Sejnowski (Salk Institute) - Computational Neuroscience (invitational mini-workshop)* LOCATION AND ARRANGEMENTS: The summer school will take place in the small town of Telluride, 9000 feet high in southwest Colorado, about 6 hours drive away from Denver (350 miles). Great Lakes Aviation and America West Express airlines provide daily flights directly into Telluride. All facilities within the beautifully renovated public school building are fully accessible to participants with disabilities. Participants will be housed in ski condominiums, within walking distance of the school. Participants are expected to share condominiums. The workshop is intended to be very informal and hands-on. Participants are not required to have had previous experience in analog VLSI circuit design, computational or machine vision, systems level neurophysiology or modeling the brain at the systems level. However, we strongly encourage active researchers with relevant backgrounds from academia, industry and national laboratories to apply, in particular if they are prepared to work on specific projects, talk about their own work or bring demonstrations to Telluride (e.g. robots, chips, software). Wireless internet access will be provided. Technical staff present throughout the workshops will assist with software and hardware issues. We will have a network of PCs running LINUX and Microsoft Windows for the workshop projects. We encourage participants to bring along their personal laptop. No cars are required. Given the small size of the town, we recommend that you do not rent a car. Bring hiking boots, warm clothes, rain gear, and a backpack, since Telluride is surrounded by beautiful mountains. Unless otherwise arranged with one of the organizers, we expect participants to stay for the entire duration of this three week workshop. FINANCIAL ARRANGEMENTS: Notification of acceptances will be mailed out around the April 15th, 2014. The Workshop covers all your accommodations and facilities costs for the 3 weeks duration. You are responsible for your own travel to the Workshop, however, sponsored fellowships will be available as described below to further subsidize your cost. Registration Fees: For expenses not covered by federal funds, a Workshop registration fee is required. The fee is $1250 per participant for the 3-week Workshop. This is expected from all participants at the time of acceptance. Accommodations: The cost of a shared condominium, typically a bedroom in a shared condo for senior participants or a shared room for students, will be covered for all academic participants. Upgrades to a private rooms or condos will cost extra. Participants from National Laboratories and Industry are expected to pay for these condominiums. Fellowships: This year we will offer two Fellowships to subsidize your costs: 1. Qualcomm Corporation Fellowship: Three non-corporate participants will have their accommodation and registration fees ($2750) directly covered by Qualcomm, and will be reimbursed for travel costs up to $500. Additional generous funding from Qualcomm will provide $5000 to help organize and stage the Workshop. 2. EU-CSNII Fellowship (http://csnetwork.eu/) which is funded by the 7th Research Framework Program FP7-ICT-CSNII-601167: The top 8 EU applicants will be reimbursed for their registration fees ($1250), subsistence/travel subsidy (up to Euro 2000) and accommodations cost ($1500). The registration and accommodation costs will go directly to the INE (the INE will reimburse the participant's registration fees after receipt from CSNII), while the subsistence/travel reimbursement will be provided directly to the participants by the CSNII at the University of Pompeu Fabra, Barcelona, Spain. HOW TO APPLY: Applicants should be at the level of graduate students or above (i.e. postdoctoral fellows, faculty, research and engineering staff and the equivalent positions in industry and national laboratories). We actively encourage women and minority candidates to apply. Anyone interested in proposing or discussing specific projects should contact the appropriate topic leaders directly. The application website is (after February 7th, 2014): ine-web.org/telluride-conference-2014/apply-info Application information needed: - Contact email address. - First name, Last name, Affiliation, valid e-mail address. - Curriculum Vitae (a short version, please). - One page summary of background and interests relevant to the workshop, including possible ideas for workshop projects. Please indicate which topic areas you would most likely join. - Two letters of recommendation (uploaded directly by references). *Applicants will be notified by e-mail.* 7th February, 2014 - Applications accepted on website 2nd April, 2014 - Applications Due 15th April, 2014 - Notification of Acceptance ------------------------- -- Ralph Etienne-Cummings, PhD, FIEEE Professor Department of Electrical and Computer Engineering Computational Sensor Motor Systems Lab

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Computational Neuroscience: Vision summer course
by Horwitz Lab 06 Mar '14

06 Mar '14

*Summer course* COMPUTATIONAL NEUROSCIENCE: VISION July 11 - July 24, 2014 COLD SPRING HARBOR LABORATORY *Application Deadline: March 31, 2013* Arranged by Geoff Boynton, Greg Horwitz, Jonathan Pillow and Stefan Treue, this course is offered every two years and gives 24 graduate students and postdocs switching into this field of research the chance for intensive interchange with a diverse faculty in an intellectually stimulating environment. The goal of the course is to introduce students (usually in the middle of their thesis project) to the processing of visual information as a model for general issues in systems neuroscience. The emphasis is on approaches with strong theoretical bases. In addition to talks by an international faculty, the course offers ample opportunity to interact with the speakers and to apply the knowledge gained in the course through hands-on projects. Please see http://meetings.cshl.edu/courses/2014/c-visi14.shtml for more information about the course, the faculty, and the application procedure. Please see http://www.cns.nyu.edu/csh/csh12/alumni.html for a list of previous course participants.

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Postdoc- Computational Neuroscience - University of Arizona
by Fellous 05 Mar '14

05 Mar '14

Computational Neuroscience Postdoctoral Fellow position at the University of Arizona: Applications are invited for a Postdoctoral Position to utilize computational tools to study the neural mechanisms and processing that give rise to *a) memory acquisition and consolidation, ** **b) spatial navigation (grid & place cells), and ** **c) neural coding.* Prospective candidates should have a) a strong background in research (e.g., publications), b) a strong quantitative background with computational skills and experience including statistics or information theory, and c) an aptitude and motivation for innovative research. Positions are expected to start Fall 2014. Highly competitive salary and benefits are available and will be commensurate with experience. The candidate will work together with Jean-Marc Fellous and O. Ozan Koyluoglu, and will be affiliated with both the Department of Psychology and the Department of Electrical and Computer Engineering. To apply, please email a CV including a list of publications, a letter of motivation, and the names of three referees to: fellous(a)email.arizona.edu and ozan(a)email.arizona.edu. *The university*: The University of Arizona (UA) is one of the largest universities in the US with its 40,000 students. UA, having excellent Science, Engineering, and Medical programs, is one of the top ranked research universities in the US. University-wide, a total of 26 academic programs rank in the top 20 of their U.S. peers in public and private universities according to U.S. News & World Report. Research expenditures of UA is more than $625 million, and UA is ranked #19 among all public universities in US by the National Science Foundation. *The city*: UA is located in Tucson, Arizona - the real southwest and the Grand Canyon state! Tucson has mild winters and lots of sunshine. From hiking and biking to bird watching, no matter what you love to do in the great outdoors, Tucson is the place to do it. The city has been rated as one of the most affordable and cleanest cities in the US.

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Frontiers Research Topic: Memory Processes in Medial Temporal Lobe: Experimental, Theoretical and Computational Approaches
by Vassilis Cutsuridis 05 Mar '14

05 Mar '14

Dear colleagues, we would like to inform you that our Research Topic organized with Frontiers in Neuroscience (Host Specialty: Frontiers in Systems Neuroscience) is still open and it will be accepting abstracts till April 1st, 2014. Our Research Topic is entitled: "Memory Processes in Medial Temporal Lobe: Experimental, Theoretical and Computational Approaches" Topic Editors: Motoharu Yoshida (University of Bochum) and Vassilis Cutsuridis (Foundation for Research and Technology - Hellas (FORTH)) Important deadlines ---------------------------- Abstract Submission Deadline: April 1st 2014 Article Submission Deadline: August 1st, 2014 Research Topic Description ---------------------------------------- The medial temporal lobe (MTL) includes the hippocampus, amygdala and parahippocampal regions, and is crucial for episodic and spatial memory. MTL memory function consists of distinct processes such as encoding, consolidation and retrieval. Encoding is the process by which perceived information is transformed into a memory trace. After encoding, memory traces are stabilized by consolidation. Memory retrieval (recall) refers to the process by which memory traces are reactivated to access information previously encoded and stored in the brain. Although underlying neural mechanisms supporting these distinct functional stages remain largely unknown, recent studies have indicated that distinct oscillatory dynamics, specific neuron types, synaptic plasticity and neuromodulation, play a central role. The theta rhythm is believed to be crucial in the encoding and retrieval of memories. Experimental and computational studies indicate that precise timing of principal cell firing in the hippocampus, relative to the theta rhythm, underlies encoding and retrieval processes. On the other hand, sharp-wave ripples have been implicated in the consolidation through the "replay" of memories in compressed time scales. The neural circuits and cell types supporting memory processes in the MTL areas have only recently been delineated using experimental approaches such as optogenetics, juxtacellular recordings and optical imaging. Principal (excitatory) cells are crucial for encoding, storing and retrieving memories at the cellular level, whereas inhibitory interneurons provide the temporal structures for orchestrating the activities of neuronal populations of principal cells by regulating synaptic integration and timing of action potential generation of principal cells as well as the generation and maintenance of network oscillations (rhythms). In addition, neuromodulators such as acetylcholine alter dynamical properties of neurons and synapses, and modulate oscillatory state and rules of synaptic plasticity and their levels might tune MTL to specific memory processes. The goal of the research topic is to offer a snapshot of the current stateof-the-art on how memories are encoded, consolidated, stored and retrieved in MTL structures. Particularly welcome will be studies (experimental or computational) focusing on the structure and function of neural circuits, their cellular components (principal cell and inhibitory interneurons), synaptic plasticity rules involved in these memory processes, network oscillations such as theta and sharp-wave ripples, and role of neuromodulators. Possible questions are: (1) Which areas or pathways within the MTL support encoding/consolidation/retrieval? (2) What neural activity defines specific memory processes? (3) What are the roles of neuromodulators in defining/switching these memory processes? (4) Could the role of synaptic plasticity be different in different memory processes? (5) What functional roles do the various inhibitory interneurons support during the encoding/consolidation/retrieval processes? About Frontiers Research Topics ------------------------------------------------ Frontiers Research Topics are designed to be an organized, encyclopedic coverage of a particular research area, and a forum for discussion and debate. Contributions can be of different article types (Original Research, Methods, Hypothesis & Theory, and others). Our Research Topic has a dedicated homepage on the Frontiers website, where contributing articles are accumulated and discussions can be easily held. Once all articles are published, the topic will be compiled into an e-book, which can be sent to foundations that fund your research, to journalists and press agencies, and to any number of other organizations. As the ultimate reference source from leading scientists, Frontiers Research Topic articles become highly cited. Frontiers is a Swiss-based, open access publisher. As such an article accepted for publication incurs a publishing fee, which varies depending on the article type. The publishing fee for accepted articles is below average compared to most other open access journals - and lower than subscription-based journals that apply page and color figure charges. Moreover, for Research Topic articles, the publishing fee is discounted quite steeply thanks to the support of the Frontiers Research Foundation. Details on Frontiers' fees can be found at http://www.frontiersin.org/about/PublishingFees. When published, your article will be freely available to visitors to the Frontiers site, and will be indexed in PubMed and other academic archives. As an author in Frontiers, you will retain the copyright to your own paper and all figures. The details regarding this Research Topic for Frontiers in Systems Neuroscience can be found at the following URL: http://www.frontiersin.org/systems_neuroscience/researchtopics/memory_proce… Should you choose to participate, please confirm by sending a quick email and then your abstract using the following link: http://www.frontiersin.org/submissioninfo Thanks in advance for your interest! Vassilis Cutsuridis and Motoharu Yoshida --- Vassilis Cutsuridis, PhD IMBB - FORTH Heraklion, Crete Greece

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PhD opportunities at the Queensland Brain Institute
by Geoffrey Goodhill 05 Mar '14

05 Mar '14

The Queensland Brain Institute (QBI - http://www.qbi.uq.edu.au<http://www.qbi.uq.edu.au/>) is seeking exceptional and highly motivated PhD students to undertake neuroscience research at its state-of-the-art facility located on The University of Queensland’s (UQ) St Lucia campus, Brisbane, Queensland, Australia. Established in 2003, the QBI's multidisciplinary environment is home to more than 300 staff and approximately 100 PhD students. Key areas of interest include computation and neuronal circuits, cognition and behaviour, neurogenesis and neuronal survival, genetics and epigenetics, neuronal development and connectivity, sensory systems, and synaptic function. QBI researchers have published almost 500 papers in the past two years, including 2 in Science, 4 in Nature, 2 in Neuron, 3 in Nature Neuroscience, 8 in Nature Genetics, 8 in Proceedings of the National Academy of Sciences of the USA, and 18 in Journal of Neuroscience. Scholarships and Remuneration QBI offers full-time PhD scholarships for outstanding Australian and International students (living allowance AUD$25,392 per annum, indexed annually, tax exempt) for 3 years with a possible 6 month extension. In addition, QBI supports high quality domestic and international applicants in their nomination to The University of Queensland’s competitive scholarship rounds (three rounds per year). A QBI top-up scholarship of $5,000 per annum may also be available to successful candidates. The Candidate Both Australian and International applicants are welcome to apply. Candidates should have a First Class Honours degree (or equivalent) in neuroscience, molecular biology, bioscience, psychology, genetics, the physical sciences, engineering, mathematics, computer science, or a related discipline. Strong academic performance, the commitment to conduct high quality neuroscience research, and published output are highly desirable. For further information on the Basis of Admission to a UQ research higher degree, please visit http://www.uq.edu.au/grad-school/our-research-degrees. Successful applicants must accept and commence within 6 months of receiving an award. Enquiries and Applications Please review the research interests of QBI Group Leaders at http://www.qbi.uq.edu.au/group-leaders and make direct contact with a Group Leader working in an area of greatest interest to you, providing your detailed academic resume and complete academic records (including GPA scores/grades, and grading scale details). The Group Leader will work with you to develop your application for submission to QBI. APPLICATIONS CLOSE ON 30 APRIL, 2014 Professor Geoffrey J Goodhill Queensland Brain Institute and School of Mathematics & Physics University of Queensland St Lucia, QLD 4072, Australia Phone: +61 7 3346 6431 Fax: +61 7 3346 6301 Email: g.goodhill(a)uq.edu.au<mailto:g.goodhill@uq.edu.au> http://www.qbi.uq.edu.au/professor-geoffrey-goodhill

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Computational & Cognitive Neuroscience Summer School, in Shanghai
by John Murray 04 Mar '14

04 Mar '14

We're pleased to announce the 5th Computational and Cognitive Neuroscience Summer School which will take place in Shanghai, China from the 5th to the 23rd of July. Applications are being accepted now on the Cold Spring Harbor Asia website, www.csh-asia.org/summerschool_applinstruct.htm and course information is on the CCN official website www.ccnss.org. The application deadline is March 15. *** Please note that the expenses of the summer school including tuition fee, housing and meals will be fully waived. *** Designed to emphasize higher cognitive functions and their underlying neural circuit mechanisms, the course aims at training talented and highly motivated students and postdoctoral fellows from Asia and other countries in the world. Applicants with quantitative (including Physics, Mathematics, Engineering and Computer Science) or experimental background are welcomed. The lectures will introduce the basic concepts and methods, as well as cutting-edge research on higher brain functions such as decision-making, attention, learning and memory. Modeling will be taught at multiple levels, ranging from single neuron computation, microcircuits and large-scale systems, to normative theoretical approach. Python and Matlab-based programming labs coordinated with the lectures will provide practical training in important computational methods. The summer school is co-organized by Xiao-Jing Wang (NYU & NYU Shanghai), Si Wu (Beijing Normal University), Zach Mainen (Champalimaud Neuroscience Program) and Upi Bhalla (NCBS) and sponsored by Beijing Normal University, East China Normal University, NYU Shanghai, Hugo Shong and the McGovern Institute, and Cold Spring Harbor Asia. Organizers: - Xiao-Jing Wang (NYU) - Zach Mainen (Champalimaud Neurosc. Program) - Upi Bhalla (Nat. Centre for Biological Sciences) - Si Wu (Beijing Normal Univ.) Lecturers: - Bill Newsome (Stanford Univ.) - Bob Desimone (Massachusetts Inst. of Tech.) - Gustavo Deco (Univ. Pompeu Fabra) - Gonzalo G. de Polavieja (Cajal Inst.) - Kenji Doya (Okinawa Inst. Science Technology) - Mariano Sigman (Univ. Buenos Aires) - Michael Breakspear (Queensland Inst. Medical Research) - Michael Hausser (Univ. College London) - Misha Tsodyks (Weizmann Inst.) - Philip Sabes (Univ. California San Francisco) - Sophie Deneve (Ecole Normale Superieure) Feel free to direct any questions to: john.murray(a)nyu.edu

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Postdoctoral position: neural circuitry of reward and motivated behavior at Cornell
by Melissa R. Warden 04 Mar '14

04 Mar '14

We are seeking exceptional postdoctoral fellows to join a creative and multidisciplinary team of researchers, led by Dr. Melissa Warden, in the department of Neurobiology and Behavior at Cornell University. The broad goal of our research program is to understand the neural circuitry underlying reward and motivation in the mammalian brain, and to determine how signals reflecting these quantities are constructed and used to control affective state and behavior. We study these systems with an observational and causal approach, combining monitoring and decoding of neural activity with control of defined circuit elements, and utilize an array of techniques including optogenetics, imaging, high-density freely moving neurophysiology, patch clamp electrophysiology, rodent behavior, and computation. For more information see wardenlab.org. Ideal candidates will have a strong quantitative background, experience in imaging or electrophysiology, and proficiency in MATLAB/Python/R. Previous experience with neurobiology is helpful but not necessary. The main selection criteria will be outstanding research accomplishments, creativity, and promise of future achievement. Cornell has a vibrant neuroscience community spanning a wide range of departments and institutes, including Neurobiology and Behavior, Applied and Engineering Physics, Biomedical Engineering, the Kavli Institute for Nanoscale Science, Psychology, Mathematics, Electrical and Computer Engineering, Biomedical Sciences, and Molecular Medicine, an environment which provides a unique opportunity to bring the latest technological innovations to bear on fundamental problems in neuroscience. Cornell's scenic campus is located in Ithaca, New York, an intellectually and culturally rich city in the heart of the Finger Lakes. Interested candidates should send a research statement, a curriculum vitae with publications, and the contact information for three references to Dr. Melissa Warden (mrwarden(a)cornell.edu) Review of applications will begin immediately and will continue until the position is filled. Informal inquiries are welcome. -- Melissa R. Warden, Ph.D. Assistant Professor and Miriam M. Salpeter Fellow Robertson Neuroscience Investigator, New York Stem Cell Foundation Department of Neurobiology and Behavior Cornell University, Ithaca, NY 14853 http://www.wardenlab.org

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[11 DAYS LEFT] Frontiers Research Topic - Models of brain stimulation
by Dr Julien Modolo 04 Mar '14

04 Mar '14

Dear all, Just a friendly reminder that the deadline of our Research Topic organized with Frontiers in Neuroscience (Host Specialty: Frontiers in Computional Neuroscience) is approoaching rapidly (March 15). As a reminder, our Research Topic is entitled: "Driving Innovation in Therapeutic Brain Stimulation With Biophysical Models" Topic Editors: Julien Modolo, Alexandre Legros and Alex W Thomas - Lawson Health Research and Western University, London, Ontario (Canada). Abstract Submission Deadline: March 15 2014 Article Submission Deadline: June 1st, 2014 Research Topic Description: Electric and magnetic stimulation of the brain have become increasingly used for therapy in numerous neurological disorders over the last 20 years. The domain of therapeutic brain stimulation is complex and dynamic, since it involves many different diseases (e.g., Parkinson’s disease, epilepsy), stimulation devices and protocols (from completely non-invasive stimulation to the chronic implantation of stimulation electrodes in the brain). Despite its use by hundreds of thousands of patients worldwide, it seems paradoxical that, in most cases, the biological mechanisms by which therapeutic brain stimulation can provide symptom relief are unknown. Our limited knowledge in terms of interaction mechanisms dramatically slows down the development of novel brain stimulation techniques, which rely mainly on empiric observations. Fortunately, a paradigm change has begun, and biophysical modeling has emerged as an alternative tool not only allowing ot understand therapeutic brain stimulation, but also to foster innovation. Realistic models of neurons and neural networks are now routinely used in neuroscience research to better understand the outcome of experimental data, and also to help in experiment design. These models can simulate the activity of single cells (e.g., with the Hodgkin-Huxley model), or, at the other extreme, of the entire brain (Blue Brain project). One especially appealing use of these models is to simulate in silico how electric and magnetic fields modulate neuronal activity at different spatial and temporal scales, to ultimately have an impact on behaviour. This application of biophysical models of brain activity is currently the focus of intense research efforts, with the hope of groundbreaking clinical translations on the horizon. The objective of this Research Topic is to offer a comprehensive overview of the most recent biophysical models and their contribution in the development of innovative therapeutic brain stimulation techniques, in various neurological disorders. An emphasis should be made on the critical role of biophysical modeling in the rational and effective design of novel brain stimulation techniques, and also in providing key insights into fundamental interaction mechanisms that can be exploited to ends of therapy. About Frontiers Research Topics: Frontiers Research Topics are designed to be an organized, encyclopedic coverage of a particular research area, and a forum for discussion and debate. Contributions can be of different article types (Original Research, Methods, Hypothesis & Theory, and others). Our Research Topic has a dedicated homepage on the Frontiers website, where contributing articles are accumulated and discussions can be easily held. Once all articles are published, the topic will be compiled into an e-book, which can be sent to foundations that fund your research, to journalists and press agencies, and to any number of other organizations. As the ultimate reference source from leading scientists, Frontiers Research Topic articles become highly cited. Frontiers is a Swiss-based, open access publisher. As such an article accepted for publication incurs a publishing fee, which varies depending on the article type. The publishing fee for accepted articles is below average compared to most other open access journals - and lower than subscription-based journals that apply page and color figure charges. Moreover, for Research Topic articles, the publishing fee is discounted quite steeply thanks to the support of the Frontiers Research Foundation. Details on Frontiers’ fees can be found at http://www.frontiersin.org/about/PublishingFees. When published, your article will be freely available to visitors to the Frontiers site, and will be indexed in PubMed and other academic archives. As an author in Frontiers, you will retain the copyright to your own paper and all figures. The details regarding this Research Topic for Frontiers in Computational Neuroscience can be found at the following URL: http://www.frontiersin.org/computational_neuroscience/researchtopics/drivin… Should you choose to participate, please confirm by sending a quick email and then your abstract using the following link: http://www.frontiersin.org/submissioninfo Thanks in advance for your interest! Julien Modolo, Alexandre Legros and Alex W Thomas -- Julien Modolo, PhD Scientist, Human Threshold Research Group, Lawson Health Research Institute Assistant Professor, Departments of Medical Biophysics and Medical Imaging, Western University Room E4-141 268 Grosvenor Street London, ON, N6A4V2 Canada Phone: (+001) 519-646-6100 ext 64192 Fax: 519-646-6100

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POSTDOCTORAL POSITIONS: Rhythmic dynamics of visual perception and attention
by Rufin VanRullen 04 Mar '14

04 Mar '14

*POSTDOCTORAL POSITIONS: Rhythmic dynamics of visual perception and attention * Location: Toulouse (France) Starting date: Flexible (2014) Two postdoctoral positions are available to work in collaboration with Rufin VanRullen at the CerCo in Toulouse, France, as part of a recently funded ERC project. The project investigates rhythmic aspects of visual perception, attention and awareness, using a combination of psychophysical, neuro-imaging (EEG, fMRI, TMS) and computational tools. Successful applicants will have prior experience with at least one of the above-mentioned experimental techniques, and a demonstrated interest in vision and/or attention; some programming experience is also desirable. More information about research in the lab can be found at http://www.cerco.ups-tlse.fr/~rufin/ <http://www.cerco.ups-tlse.fr/%7Erufin/>. French language is not a requirement but a willingness to learn would be beneficial. Net salary ranges between 1,850 Euros and 2,350 Euros per month, commensurate with experience. The initial appointment is one year, and can easily be renewed for up to two more years. Additional information about the research environment in Toulouse can be viewed at http://www.cerco.ups-tlse.fr/fr_vers/cerco_eng/ Applications should be sent to Rufin VanRullen (rufin-lab(a)cerco.ups-tlse.fr <mailto:rufin-lab@cerco.ups-tlse.fr>), and should include a detailed CV including publication list, a brief statement about research interests, and the names of 2 references. Applications will be considered until the position is filled. Informal inquiries can also be made at any time to the same email address. Rufin VanRullen. Centre de Recherche Cerveau et Cognition, CNRS UMR 5549, Pavillon Baudot, Hopital Purpan, 31052 Toulouse Cedex, France. http://www.cerco.ups-tlse.fr/~rufin/ <http://www.cerco.ups-tlse.fr/%7Erufin/>

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