Join us for another quarter of UW’s Theoretical Neuroscience Journal Club. We meet each Tuesday at 9:30 – 10:30 AM in Lewis Hall 208. (Re) starts March 28, 2o17!
Elad Schneidman of the Weizmann Institute, famous for work on neural coding, is the Swartz Visitor in Theoretical Neuroscience to UW for the week of April 17. He’ll lecture, meet with students, and join the research scene here.
The University of Washington has a rich, active and highly collaborative community of researchers in the field of computational neuroscience and neural engineering. The University of Washington is a vibrant research university with a beautiful campus in a spectacular urban setting, with an ERC Center for Sensorimotor Neural Engineering, the UW Institute for Neuroengineering, close connections to the local tech industry and the Allen Institute for Brain Science. UW is also a major data sciences center with interdisciplinary interactions coordinated through the eSciences Institute. The city is a short distance from wilderness and outstanding summer and winter outdoor adventure.
While faculty advisors belong to a wide range of different departments, researchers come together regularly for seminars, journal clubs and a yearly retreat. Many student funding opportunities exist through multiple training grants, UWIN and the CSNE. Doctoral programs encourage collaborative research projects across departmental boundaries, but admissions and first-year course work and formal requirements are handled by graduate programs individually. Students interested in this area should apply to the program that best fits their background, interests and career goals.
Students enrolled in any relevant program are eligible to join the Graduate Certificate Program in Neural Computation and Engineering, and to apply for funding through UWIN and the Neural Computation and Engineering Training Program.
Relevant programs, websites and application deadlines include:
- Neuroscience, Dec 1
- Bioengineering, Dec 1
- Computer Science and Engineering, Dec 15
- Applied Mathematics, Jan 15
- Speech and Hearing, Feb 15
- Biological Physics, Structure and Design, Dec 1
- Biology, Dec 1
- Psychology, Dec 1
- Wyeth Bair (Neuro, CSE): Computer modeling of visual cortical circuits
- Geoff Boynton (Neuro, Psychology): Functional imaging of vision
- Beth Buffalo (Neuro): Navigation and memory in primates
- Michael Buice (Allen Institute and AMath): Models of visual computation
- Bing Brunton (Biology, Data Sciences): High dimensional neural data
- Howard Chizeck (CSE, Neuro): Performance metrics for neural interfaces
- Tom Daniel (Neuro, Biology): Sensorimotor integration and flight control
- Horacio de la Iglesia (Neuro, Biology): Circadian rhythms
- Marcel den Nijs (Physics): Statistical mechanics of brain function
- Adrienne Fairhall (Neuro, BPSD, Physics): Adaptive neural coding, sensorimotor integration
- Eb Fetz (Neuro): Motor control and brain-computer interfaces
- Ione Fine (Neuro, Psychology): Human visual psychophysics and imaging
- Emily Fox (CSE, Stats): Bayesian network analysis
- David Gire (Neuro, Psychology): Mammalian olfaction
- Bertil Hille (Neuro, BPSD): Biophysics of neuronal signal transduction
- Greg Horwitz (Neuro): Cortical color processing
- Nathan Kutz (A Math): Nonlinear dynamics and dimensionality reduction
- Adrian KC Lee (Neuro, Speech and Hearing): Auditory scene analysis with imaging
- Stefan Mihalis (Allen Institute, AMath): Algorithms of computation and learning
- Chet Moritz (Neuro, Rehab Medicine): Neural prosthetics
- Sheri Mizumori (Neuro, Psychology): Neurobiology of decisions, learning, and memory
- Bill Moody (Neuro, Biology): Cortical development
- Scott Murray (Neuro, Psychology): Visual neuroimaging
- Jeff Ojemann (Neuro, Neurology): Human neural function and neuroprosthetics
- Anitha Pasupathy (Neuro): Neurobiology of visual shape processing
- David Perkel (Neuro, Biology, S&H): Neural mechanisms of vocal learning
- Steve Perlmutter (Neuro): Motor control
- Chantal Prat (Neuro, Speech and hearing): Auditory processing
- Nino Ramirez (Neuro): Neural control of rhythmic activity
- Rajesh Rao (Neuro, CSE): Computational modeling and brain-computer interfaces
- Fred Rieke (Neuro, Physics, BPSD): Sensory signal processing in the retina
- Jeff Riffell (Neuro, Biology): Neuroecology and chemosensation
- Ed Rubel (Neuro, BPSD, S&H): Development of the auditory system
- Jay Rubinstein (Neuro, BioE, S&H): Biophysics and engineering of cochlear implants
- Eric Shea-Brown (Neuro, A Math): Nonlinear dynamics in neural computation and coding
- Eli Shlizerman (EE): Neural networks and computation
- Bill Spain (Neuro, BPSD): Biophysics of neuronal computation
- Kat Steele (Mec Eng): Human movement
- John Tuthill (PBIO): Proprioception and decision-making in flies
- Emo Todorov (Neuro, A Math, CSE): Optimal motor control
- Daniela Witten (Biostat): Big data approaches to neural data
Rob Kass visits UW in April with two talks: April 5 (UW Comp Neuro: 12:30 PM, HSB G328) and April 6 (UW Biostats: 3:30-5, T-639)!
UW graduate students from any degree program who are pursuing projects in computational neuroscience are invited to apply to join the Graduate Certificate Program in Neural Computation and Engineering. This program has a few coursework and other requirements and will provide students with annotation on their degree as well as mentoring and access to social and other events.
A new method to segment brain regions by their connectivity.. examining how particular cell types participate in the cortical “chorale”.. new open-source tools to help visualize how brain regions are connected.. a data-driven model to capture how information is transformed between layers in visual cortex: these are a sampling of some of the student team projects presented on the final day of the 2016 Workshop on the Dynamic Brain.
Held at UW’s beautiful Friday Harbor campus in the San Juan Islands, this course is a joint endeavour of the Allen Institute for Brain Science and the University of Washington’s Computational Neuroscience program. With a teaching program focused on understanding cortical function, and centered on the open-access data sets and tools of the Allen Institute, students engage in an intense, hands-on learning experience that ranges from basics of neuroanatomy to theoretical models of brain function. Tutorials and problem-solving exercises working from Python notebooks get everyone up to speed and quickly engaged in developing original projects combining modeling and analyses of the Allen’s rich, unique and carefully curated data sets—including detailed connectivity maps, a wide sampling of functional properties of different cell types, and the newly released Allen Brain Observatory, recordings from many neurons while an animal is engaged in a variety of different perceptual tasks. The students, stimulated by a diverse set of lectures, are able to pose an array of novel questions that can be explored for the first time in this data.
The progress made by course participants in these projects in two short weeks is stunning. Several factors make it possible. The course began with a Python bootcamp held at UW’s Data Sciences Studio, so that everyone hit the ground running with AIBS’ Python-based interfaces. Upon arriving at Friday Harbor, students, TAs and faculty spend all working hours together in an airy and hospitable dining hall overlooking the sea, where the buzz of activity continues into the small hours. AIBS staff and our TAs and faculty invest an enormous amount of effort preparing teaching resources for the class and are constantly on hand to assist students with accessing and manipulating data and in brainstorming project ideas. Lectures are followed up with hands-on tutorials so that students are supported while working through structured problems before proposing and launching into projects. Students bring their talent, energy and enthusiasm, and share their diverse expertise through teamwork.
Along with presentations from locals from UW and the Allen, lectures also highlighted forefront work being done in labs around the country; Anne Churchland (Cold Spring Harbor Labs) showed how multiple sources of information are represented and processed in the brain during complex decisions, and Rafael Yuste (Columbia) described cutting-edge optical technologies that allow one to “write in” new patterns of brain activity. Jeremy Freeman (Janelia) led an electrifying discussion and workshop on coding practices for collaborative and reproducible science that students immediately incorporated into their project teamwork. In an extended Friday night thoughtfest, philosopher Pat Churchland described the neurological origins of ethics and morality, and Google engineer Blaise Aguera y Arcas discussed developments in artificial intelligence, relationships with biological perception and creativity, and the pending social implications of AI. Christof Koch then joined the speakers in a panel and lively group discussion about machines, consciousness and ethics.
Students are going home with new and solid skills—Python coding, data analysis and modeling tools, familiarity with the datasets and atlases, and ideas and work practices that they can immediately inject into their research at home. But the most exciting aspect of the course is that students have access to TB upon TB of data—brain images and neuronal activity patterns—never before analyzed and seen by a human eye. The projects vividly demonstrated the new insights waiting to be extracted from the Allen Institute resources.
All participants are deeply grateful to Paul Allen for funding the course, and to the Simons Foundation for additional support.
In the last week of September, UW hosted the 2015 meeting of the recipients of NSF Collaborative Research in Computational Neuroscience grants. These awards support theorists working with experimentalists to develop and test theories of brain function. Talks covered topics as diverse as models of sequence learning in hippocampus, network instantiations of neural integrators and deciphering whole-brain representations of natural speech. Plenary speakers were Anne Churchland, from Cold Spring Harbor Labs, describing her work on cortical representations of multisensory integration in decision-making; Surya Ganguli of Stanford University, discussing the computational power of complex synapses; and Jesse Goldberg of Cornell who showed new results on basal ganglia dynamics during songbird learning. The meeting was also an opportunity to learn about new funding opportunities for theory from NSF, NIH and the BRAIN Initiative.
A highlight of the meeting was the final workshop, a lively discussion about what machine learning might be able to tell us about the brain and how studies of the brain can inform machine learning algorithms in the future. Speakers/panelists included UW faculty Emily Fox and Wyeth Bair along with Odelia Schwartz (U. Florida) and two industry researchers, Blaise Aguera y Arcas (Google Seattle) and Greg Corrado (Brains group, Google Mountain View).