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Rausin Creates 3D Printed Wheelchair Racing Gloves
for Paralympians

Six of the University of Illinois wheelchair athletes competing in the Paralympics will be wearing racing gloves designed by U of I student Arielle Rausin, with help from the Visualization Lab at Beckman.

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Arielle Rausin displays the racing gloves 3D printed at the Beckman Institute.

Beckman News

Jul 18Registration Now Open for Huang Symposium

Registration Now Open for Huang Symposium

A symposium honoring the career of Dr. Thomas S. Huang, professor of electrical and computer engineering and former co-chair of Beckman's Human-Computer Intelligent Interaction theme, will be held at the Beckman Institute Friday, September 30, and Saturday, October 1. The tentative schedule and registration information can be found here: huang-symposium.beckman.illinois.edu/.

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Videos

Paralympic Hopeful Uses 3D Tech to Revolutionize Wheelchair Racing Gloves

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Wheelchair athlete Arielle Rausin worked with the Beckman Institute's Visualization Lab to create revolutionary 3D printed wheelchair racing gloves. Rausin, a former member of the U of I Wheelchair Racing Team, hopes to one day use her gloves in a marathon at the Paralympics. Read more about her story here... http://beckman.illinois.edu/news/2015/09/3d-scanner-wheelchair-racing-gloves

Arnold Beckman: Chemist, Inventor, Philanthropist (HD)

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A history of chemist, inventor, and philanthropist Arnold Beckman. Along with his many contributions to science and scientific instrumentation, Beckman was responsible for the founding of one of the first interdisciplinary research institutes in the world -- the Beckman Institute at the University of Illinois at Urbana-Champaign. (This video was originally released in standard-definition in 2007 as "Biography of Arnold Beckman")

Aerial Video of Beckman Institute, Engineering Quad, and North Campus Area

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Aerial video of the Beckman Institute and the Engineering quad filmed from the northern border of the University of Illinois at Urbana-Champaign campus. Buildings that can be seen include the Beckman Institute, Electrical and Computer Engineering Building, Coordinated Science Laboratory, Civil and Environmental Engineering Department, Thomas M. Siebel Center for Computer Science, and the National Center for Supercomputing Applications. And see if you can spot Foellinger Auditorium and the Illini Union in the distance.

A Chemical Soup: Children's Brains and Environmental Contaminants

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Professor Susan Schantz and her colleagues at Illinois are studying infants and their mothers to determine whether prenatal exposure to phthalates and other common chemicals leads to changes in their brain or behavior. This research, along with parallel studies in older children and animals, is a primary focus of the Children’s Environmental Health Research Center at Illinois, which Schantz directs (http://ikids.beckman.illinois.edu). Schantz is also a collaborator on Project TENDR, a group of dozens of scientists, health practitioners, and children’s health advocates who are calling for renewed attention to the growing evidence that many common and widely available chemicals endanger neurodevelopment in fetuses and children of all ages. For more information, please visit http://projecttendr.com. Schantz is a faculty member in the College of Veterinary Medicine and a member of the Neurotech group at the Beckman Institute for Advanced Science and Technology at the U. of I.

MRI Installation Timelapse - Two Weeks in 4 minutes

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A factoid-filled timelapse of upgrading a Trio whole body MRI scanner to a new MAGNETON Prisma 3T system. The installation took place at the Biomedical Imaging Center at the Beckman Institute over the course of twelve days. Here it is in 4 minutes. For more information about the Biomedical Imaging Center, please visit... http://bic.beckman.illinois.edu

Training Brain Networks and States - Michael Posner - 2016 SmithGroup Lecture

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Psychology professor emeritus Michael I. Posner presents his work examining the mechanisms of change in white matter resulting from various forms of training. For more than 50 years Michael Posner has studied how mental operations, particularly those related to attention, are carried out by neural networks. He has used cognitive, imaging, and genetic methods. He continues these studies as professor emeritus of psychology at the University of Oregon and adjunct professor at Weill Medical College. This lecture was presented at the Beckman Institute on the University of Illinois at Urbana-Champaign campus on April 15, 2016. For more information on the SmithGroup lecture series, please visit www.beckman.illinois.edu/events/smithgroup-lectures.

Arthur Kramer Retirement Reception - April 21, 2016

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Director Art Kramer's retirement celebration from the Beckman Institute and the University of Illinois. Featured speakers: Patty Jones (Asstistant Director for Research at the Beckman Institute), Barbara Wilson (Interim Chancellor), Peter Schiffer (Vice Chancellor for Research), Jerry Gallwas-(former board member of the Arnold and Mabel Beckman Foundation), Theodore "Ted" Brown (founding Director of the Beckman Institute), Jennifer Eardley (Vice President for Research, Carle Foundation Hospital) and Art Kramer. Kramer had been a professor of Psychology at the University of Illinois at Urbana-Champaign since 1984 and the Director the Beckman Institute since 2010.

How Eye-Tracking Can Help Older Readers

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Elizabeth Stine-Morrow and her Adult Learning Lab investigate the differences between younger and older readers using eye-tracking technology. As we get older, our ability to keep things in our short-term memory as we read generally gets worse. Using eye-tracking lets researchers see exactly what parts of text give older readers problems and allows them to develop strategies that can help people continue to be effective readers later in life. Stine Morrow is a Professor of Educational Psychology in the Department of Psychology at the University of Illinois at Urbana-Champaign. She is also a member of the Human Perception and Performance group at the Beckman Institute. To learn more about this research, please visit... https://education.illinois.edu/tall/

Concussion: Using Cooling Helmets to Combat Brain Injuries in College Football

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Former football player Kevin Jackson uses brain cooling technology in the hopes of reducing the effects of traumatic brain injuries and sports-related concussions. Jackson was a running back for the University of Illinois from 1990-1994. In addition to suffering a number of injuries to his body during his playing days, Jackson also suffered a number of un-diagnosed concussions. Now a research scientist and injury spotter, Jackson uses his experience as a player to help him understand and combat brain trauma in sports. This video illustrates the chain of events that occur when a traumatic brain injury happens, explores how concussion symptoms very from person to person, highlights the need to protect oneself from repeated head traumas, and shows how using cooling technologies might aide in recovery from injury. To learn more about this research, please visit... http://beckman.illinois.edu/news/2016/1/kjackson-feature

Senator Durbin on Funding for Biomedical Research (Full Presentation)

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Illinois Senator Dick Durbin speaks about the critical importance of federal biomedical research funding for the National Institutes of Health and the Department of Defense. Administrators and professors from the University of Illinois also present their views on the importance of research funding. This presentation was made at the Beckman Institute for Advanced Science and Technology at the University of Illinois at Urbana-Champaign on January 15, 2016. Presentation speakers included: Vice Chancellor for Research Peter Schiffer, University of Illinois President Timothy Killeen, Senator Richard Durbin, Professor of Biochemistry Emad Tajkhorshid, Professor of Chemistry Paul Hergenrother, and Assistant Professor of Bioengineering Princess Imoukhuede. A press release from the Senator's website about his American Cures Act can be found here... http://www.durbin.senate.gov/newsroom/press-releases/durbin-announces-progress-towards-restoring-us-commitment-to-scientific-and-biomedical-research

Senator Durbin on Funding for Biomedical Research (His Remarks and Q&A Only)

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Illinois Senator Dick Durbin speaks about the critical importance of federal biomedical research funding for the National Institutes of Health and the Department of Defense. Administrators and professors from the University of Illinois also presented their views on the importance of research funding (available in a separate video). This presentation was made at the Beckman Institute for Advanced Science and Technology at the University of Illinois at Urbana-Champaign on January 15, 2016. A press release from the Senator's website about his American Cures Act can be found here... http://www.durbin.senate.gov/newsroom/press-releases/durbin-announces-progress-towards-restoring-us-commitment-to-scientific-and-biomedical-research

Building a Better Hand: A Low-Cost, High-Tech, 3D-Printed Prosthesis for the World

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Neuroscientist Aadeel Akhtar and his colleagues have created a more functional, and far less costly, bionic hand that may revolutionize prosthetics worldwide. Using myoelectric sensors, the fully-functional hand can be controlled by muscles in the wearer's residual limb. And, unlike other commercial prosthetics, the hand also provides sensory feedback to the wearer. Akhtar is a M.D./Ph.D. student in the Neuroscience program at the University of Illinois. He is a part of Associate Professor Timothy Bretl's research group and a member of the Beckman Institute's Artificial Intelligence group. To learn more about this research, please visit here... http://beckman.illinois.edu/news/2015/09/prosthetic-hand-develops-sensory-feedback

Overview of the Center for Nutrition, Learning, and Memory

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Through scientific discovery and targeted research, the Center for Nutrition, Learning, and Memory (CNLM) drives the understanding of nutrition’s impact on brain cognition. The Center is the first interdisciplinary cognition and nutrition research center in the country. Made possible by an investment from Abbott, the Center hosts an annual research competition to support pioneering, multi-disciplinary research, enabling teams of investigators to apply new technologies and thinking from across a wide range of disciplines to take nutrition and cognition research to a new level. The research at the CNLM is led by faculty at the University of Illinois, in partnership with the leading scientists in cognition, brain function and supporting technologies from all over the world. For more information, please visit http://www.cnlm.illinois.edu/

Teaching Bert: iCub Robot Learns About the World

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Bert, the iCub humanoid robot, is helping researchers better understand how humans create mental models of the world around them. Professor Steve Levinson and his colleagues in the Language Acquisition and Robotics Lab at the Beckman Institute are particularly interested in getting Bert to interact with humans using spoken, natural language. The research revolves around the idea of embodied cognition. Unlike other forms of artificial intelligence, the models that Bert uses to understand the world aren't given to him by outside programmers. Instead, the iCub creates its mental models itself by directly interacting with the researchers and the world around it using its physical body. The researchers hope that, since Bert has a physical body similar to a human's, the mental models that it creates will be more like a human's as well. Stephen Levinson is a professor in the Department of Electrical and Computer Engineering at the University of Illinois at Urbana-Champaign and full-time faculty member in Beckman’s Artificial Intelligence Group. To learn more about the latest research being done with Bert, please visit... http://beckman.illinois.edu/news/2015/05/intelligence-in-robots

New Super-Fast MRI Technique: Singing 'If I Only Had a Brain'

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Researchers use a new technique that is 10-times faster than standard MRI scanners to illustrate how the hundreds of muscles in our neck, jaw, tongue, and lips work together to produce sound. Assistant professor in Speech and Hearing Science, and Beckman Institute faculty member, Aaron Johnson demonstrates the real-time imaging capabilities in song. The basis for the technique was developed by electrical and computer engineering professor Zhi-Pei Liang's group at the Beckman Institute. Brad Sutton, associate professor in Bioengineering, and his team further developed and implemented the technique to make high-speed speech imaging possible. The technique captures MRI images at a far faster rate than any other MRI technique in the world. This dynamic imaging is especially useful in studying how rapidly the tongue is moving, along with other muscles in the head and neck during speech and singing. “Typically, MRI imaging is able to acquire maybe 10 frames per second or so. But we are able to scan 100 frames per second, without sacrificing the quality of the images,” said Brad Sutton, technical director of Beckman's Biomedical Imaging Center. To read more, please visit... http://beckman.illinois.edu/news/2015/04/new-super-fast-mri-technique

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Weekly Outlook

  1. All
  2. 29Aug
  3. 30Aug
  4. 31Aug
  5. 01Sep
  6. 02Sep
  7. 03Sep
  8. 04Sep
  9. 05Sep
  10. 06Sep
  11. 07Sep
  12. 08Sep
  13. 09Sep
  14. 10Sep
  1. Theoretical and Computational Biophysics Seminar
  2. NSP Seminars Neuroscience I/II Class
  3. NEUR520 Neuroscience Program Seminar
  4. NSP Seminars Neuroscience I/II Class
  5. NSP Seminars Neuroscience I/II Class
  6. NSP Seminars Neuroscience I/II Class
  7. NEUR520 Neuroscience Program Seminar
  8. NSP Seminars Neuroscience I/II Class
  9. iOptics
  10. NSP Seminars Neuroscience I/II Class
  11. Theoretical and Computational Biophysics Seminar
  12. NSP Seminars Neuroscience I/II Class
  13. NEUR520 Neuroscience Program Seminar
  14. NSP Seminars Neuroscience I/II Class
  15. Director's Seminar- Modeling Parallel Information Processing in Goal-Directed Vision
  16. NSP Seminars Neuroscience I/II Class
  17. Beckman-Brown Lecture on Interdisciplinary Science: Dr. Frances Arnold, CalTech "New Enzymes by Evolution: Expanding the Scope of Biocatalysis"
  18. Theoretical and Computational Biophysics Seminar
  19. NSP Seminars Neuroscience I/II Class
  20. NEUR520 Neuroscience Program Seminar
  21. Beckman Institute Graduate Student Seminars
  22. NSP Seminars Neuroscience I/II Class
  23. Fenton-Rhodes Lecture on Proactive Wellness: Robert Sapolsky
  24. NSP Seminars Neuroscience I/II Class
  25. NSP Seminars Neuroscience I/II Class
  26. NEUR520 Neuroscience Program Seminar
  27. NSP Seminars Neuroscience I/II Class
  28. Environmental Toxicology Program Open House
  29. Environmental Toxicology Program Poster Session
  30. Huang Symposium
  31. NSP Seminars Neuroscience I/II Class
  32. Theoretical and Computational Biophysics Seminar
  33. NSP Seminars Neuroscience I/II Class
  34. NEUR520 Neuroscience Program Seminar
  35. Beckman Institute Graduate Student Seminars
  36. NSP Seminars Neuroscience I/II Class
  37. NSP Seminars Neuroscience I/II Class
  38. Theoretical and Computational Biophysics Seminar
  39. NSP Seminars Neuroscience I/II Class
  40. NEUR520 Neuroscience Program Seminar
  41. NSP Seminars Neuroscience I/II Class
  42. Director's Seminar- Discovering "Genetic Codes" for Nanomaterials Morphologies and Employing the DNA-encoded nanomaterials for Sensing, Imaging and Targeted Drug Delivery
  43. NSP Seminars Neuroscience I/II Class
  44. Theoretical and Computational Biophysics Seminar
  45. NSP Seminars Neuroscience I/II Class
  46. NEUR520 Neuroscience Program Seminar
  47. NSP Seminars Neuroscience I/II Class
  48. NSP Seminars Neuroscience I/II Class
  49. McKinley Health Center Flu Vaccination Clinic at Beckman Institute
  50. Theoretical and Computational Biophysics Seminar
  51. NSP Seminars Neuroscience I/II Class
  52. McKinley Health Center Flu Vaccination Clinic at Beckman Institute
  53. NEUR520 Neuroscience Program Seminar
  54. NSP Seminars Neuroscience I/II Class
  55. Goldstick Lecture
  56. NSP Seminars Neuroscience I/II Class
  1. Bruschetta Chicken with Farfalle Pasta and a Bosco Stick
  2. Italian Sausage on Baguette
  3. Minestrone
  4. California Medley
  5. Greek Salad
  1. Cheese enchiladas with Fiesta rice and Black Beans
  2. Fajita Chicken Wrap
  3. Southwestern Kicked up Corn Chowder
  4. Chili Con Carne
  5. Kale salad**Greek Salad*
  1. General Tso’s Chicken with White Rice and Crab Rangoon
  2. Vegetarian Wrap with Tofu (Cold Bar)
  3. Lobster Bisque
  4. Creamy Tomato Basil
  5. Mixed greens**
  1. Sloppy Joes with Macaroni and Cheese and Baked Beans
  2. Black Bean Burger
  3. Ham and Bean Soup with Cornbread
  4. Roasted Red Pepper and Gouda Bisque
  5. Greek salad*
  1. Jambalaya with Andouille Sausage and Chicken
  2. Cajun Chicken Wrap (Cold Bar)
  3. New England clam chowder
  4. Broccoli Cheese Soup
  5. Greek salad*