The Research Office, Incentive Programs is requesting letters of intent for the NSF – Scalable Nanomanufacturing (SNM) program.

Deadline to the Research Office, Incentive Programs: Monday, April 15, 2013

NSF announces a third year of a program on collaborative research and education in the area of scalable nanomanufacturing, including the long-term societal implications of the large-scale implementation of nanomanufacturing innovations. This program is in response to and is a component of the National Nanotechnology Initiative Signature Initiative: Sustainable Nanomanufacturing – Creating the Industries of the Future. Although many nanofabrication techniques have demonstrated the ability to produce relatively small quantities of nanomaterials and devices for characterization and evaluation purposes, the emphasis of this program is on research to overcome the key impediments that prevent the low cost production of useful nanomaterials, devices and systems at industrially relevant scale. Therefore, competitive proposals will incorporate three elements in their research plans:

  • A persuasive argument that the nanomaterials, devices or systems to be produced have or are likely to have sufficient demand to justify eventual scale-up;
  • A clearly identified and arguably complete set of research issues that must be addressed to enable the low cost production of high quality products; and
  • A compelling research plan with clear objectives to overcome the identified research issues that is supported by preliminary results relevant to scale-up.

The mode of support is Nanoscale Interdisciplinary Research Teams (NIRT). Proposals submitted to this program must address at least one, and preferably more than one, of the following interconnected themes:

  • Novel processes and techniques for continuous and scalable nanomanufacturing;
  • Directed (e.g. physical/chemical/biological) self-assembly processes leading to heterogeneous nanostructures with the potential for high-rate production;
  • Fundamental scientific research in well-defined areas that are compellingly justified as critical impediments to scale-up;
  • Principles and design methods to produce machines and processes to manufacture nanoscale structures, devices and systems; and/or
  • Societal, environmental and educational implications of the large-scale production and use of nanomaterials, devices and systems, including the life-cycle analysis of such nanomateials, devices and systems.

Guidance for preparation of letters of  intent to the Research Office, Incentive Programs: http://oregonstate.edu/research/incentive/nsf-snm

NSF – SNM program information: http://nsf.gov/pubs/2013/nsf13545/nsf13545.htm

If you have any questions, please contact Debbie Delmore at debbie.delmore@oregonstate.edu.

Dear Colleagues,

 

We are pleased to announce that registration and abstract submission for the 24th meeting of the International Symposium on Polycyclic Aromatic Compounds (ISPAC 2013), to be held in beautiful Corvallis, Oregon USA September 8-12, 2013, is now open:

 

http://www.ispac2013.com/deadlines/

 

Sessions topics include:

  • Analytical Measurements
  • Toxicology and Metabolism
  • Environmental Fate and Transport
  • Atmospheric Chemistry
  • PACs in Food and the Environment
  • PAC Emissions and Cook Stove Interventions
  • Risk Assessment and Remediation
  • Environmental Forensic Investigations
  • Human Exposure
  • Health Effects of PACs
  • PACs in Tobacco Research
  • PACs in Consumer Products and their Environmental Effects
  • PACs at Contaminated Sites

 

Abstract Submission Deadline:  May 3, 2013

Early Bird Registration Deadline:  June 30, 2013

Hotel Group Rate Deadline:  August 8, 2013

 

We look forward to seeing you in Corvallis this September!

 

Staci Simonich                                                             Andreas Sjodin

ISPAC 2013 co-chair                                                    ISPAC 2013 co-chair

Staci.simonich@oregonstate.edu                               ASjodin@cdc.gov

The David Geffen School of Medicine

IMED Seminar and CTSI

California NanoSystems Institute

Present: A Celebration of the 60th Anniversary of the Double Helix

 

MONDAY  MARCH 18

JAMES  WATSON, PhD

Nobel Laureate,

Chancellor Emeritus, Cold Spring Harbor Laboratory

60th Anniversary of the Double Helix:

A Conversation with James Watson

Monday,  March 18

CNSI Auditorium

3:00  pm

 

Click here for live telecast

 

TUESDAY  MARCH 19

JAMES  WATSON, PhD

Nobel Laureate,

Chancellor Emeritus, Cold Spring Harbor Laboratory

Oxidants, Antioxidants and the Curing of Cancer

Tuesday,  March.  19

NRB Auditorium

12:00 noon

 

**  BOOK SIGNING 1:00 – 2:00 PM **

 

Click here for live telecast

 

www.IMEDseminar.com

 

Master the techniques of writing superior and winning proposals
April 24-26, 2013
8:30 a.m.- 4:30 p.m.
To be held at:
Portland State University
Portland, Oregon

Sponsored by: The Grant Training Center

This intensive three-day grant proposal workshop is geared for: 1) those who wish to strengthen their grant writing skills and 2) beginners who wish to acquire and master the techniques of preparing, writing and winning proposals from various funding agencies. The center of attention will be on how to effectively write proposals in times of keen competition and limited resources. Much has happened in new regulations and in approaches to grant writing, be it for the researcher in the sciences and social sciences, education and non-profit professionals.
Participants Will Learn How to:
1. Navigate the world of grant procurement
2. Research and identify potential funding sources
3. Address the guidelines of federal and foundation applications
4. Focus foundation and corporate giving for the State of Oregon
5. Understand the new federal guidelines for writing winning grants
6. Know the review process and how to address key points for reviewers
7. Write winning grants that stand out against scores of competing submissions
8. Develop focused and realistic budgets
9. Demonstrate that one’s proposal merits excellence and innovation
10. Package professional grant submissions

Our ultimate goal is for each participant to walk away with a product specific to their interests that includes the grant design, abstract and budget.
Thus, the opportunity to influence the future of your work and ideas is within your reach. Understanding this reality, institutions are willing to minimally invest in the training of their staff to make this happen.

*Space is limited, and since this class fills-up quickly, it is on a first-come, first-serve basis.*
Workshop Fee: $595.00 (including tuition, materials, certificate of completion, and continental breakfast)
Rebate of $50.00 per person is given for two or more registrants from the same organization.
To Enroll:
Please visit our website,
Or call us toll free at (866)-704-7268 or (571) 257-8864

REGISTER NOW!!

April 24 – 26, 2013
Portland, OR

“Professional Development Grant Writing”, Workshop
Portland State University

April 26, 2013
2:00 – 4:00 pm (EST)

“Fundamentals of Proposal Writing” Webinar

 

Portland State University is not endorsing or sponsoring the activities conducted by The Grant Training Center on the University. The relationship between Portland State University and The Grant Training Center is solely that of licensor and licensee.

By Vinay Ramakrishnan

The Daily Barometer

Published: Wednesday, March 6, 2013

Updated: Wednesday, March 6, 2013 00:03

prof 03/06/13Vinay Ramakrishnan | THE DAILY BAROMETER

Dr. Joseph Beckman with research assistant professors Dr. Valery Voinov and Dr. Yuri Vasil’ev in the Mass Spectrometry lab at OSU.

This spring, Oregon State University will honor two professors as distinguished. Joseph Beckman, director of the Environmental Health Science Center, and Thomas Diettreich, professor of computer science and a pioneer in the field of machine learning, will become distinguished professors, an honor they will continue to hold as long as they stay with OSU.

Distinguished professor is the highest recognition given by the university to an active OSU faculty member.

“The honor recognizes outstanding accomplishments as well as the potential to continue to excel in the future,” said Sabah Randhawa, provost and executive vice president at OSU.

Randhawa has the final decision in terms of recognizing distinguished professors.

Nominations are requested around campus and a small committee of faculty who hold the distinguished professor title evaluate nominations.

Both Beckman and Dietterich felt honored to be named distinguished professors.

“It’s a very nice honor,” Beckman said. “I have tremendous respect for those who have been selected as distinguished professors before, and know that many others deserve the recognition.”

“We are fortunate to have excellent faculty at OSU,” Randawa added. “Dr. Dietterich and Dr. Beckman have outstanding credentials in their respective fields — Dr. Dietterich in artificial intelligence and Dr. Beckman in neurodegenerativediseases.”

Dietterich and Beckman both felt they were recognized as distinguished professors in large part due to contributions to their respective fields.

“I’ve made major contributions over many years in understanding the role of oxidative stress in human diseases,” Beckman said. “Also, I’ve been director of the Environmental Health Science Center for over a decade, a very important resource at OSU that’s helped drive many new discoveries.”

Dietterich cites his role as an innovator in the field of machine learning.

“As a graduate student, I was one of the first people to do research in this field,” Dietterich said. “I was one of the people to help grow machine learning as a scientific field.”

Beckman has been interested in researching the progression of Amyotrophic Lateral Sclerosis, more commonly known as Lou Gehrig’s disease, for the past 20 years.

“I made a key discovery about how the oxidant peroxynitrite underlies many different diseases,” Beckman said. “Of all the disease processes that peroxynitrite affects, I focused on ALS 20 years ago because of the discovery of a mutation in an antioxidant enzyme called SOD1 that reacts with peroxynitrite.”

Beckman’s research also involves looking into the cause of the death of motor neurons in ALS.

“We’ve discovered, as a number of different investigators, that astrocytes, support cells that surround motor neurons, can be activated and drive the death of motor neurons,” Beckman said.

As a pioneer in the field of machine learning, Dietterich was part of a group that founded the first journal in machine learning and was the first president of the international machine learning society.

“The idea of machine learning is to teach the computer by example to do particular things,” Dietterich said. “Cameras that put a square around a person’s face would be an example of the results of machine learning.”

Dietterich and Beckman both work in research labs here at Oregon State University. Beckman works in the OSU mass spectrometry lab, helping develop and use new instrumentation.

“We are also synthesizing and testing new types of drugs in vitro to treat ALS here at OSU,” Beckman said.

Dietterich runs a research group here at OSU, and is interested in a wide range of things.

“I joke that I have research Attention Deficit Disorder,” Dietterich said.

His research group is currently working on three major projects, all involving the application of computer modeling.

Dietterich received an undergraduate degree in mathematics from Oberlin College in Ohio, a master’s in computer science from the University of Illinois at Urbana-Champaign, and a Ph.D. in computer science from Stanford, prior to coming to Oregon State in 1985.

“My master’s adviser at Urbana-Champaign named the field ‘machine learning,’” Dietterich said.

Diettrich’s research group’s major projects currently involve using computer modeling to look at a variety of topics, including bird behavior and migration, invasive species and managing wildfires.

“We’re trying to build a computer scientific model to answer questions about bird behavior,” Diettrich said. “Joint with Jo Albers in the department of forest ecosystems and society, I’m working on a project using computer modeling to control invasive species.”

Diettrich’s third major research group project is about managing wildfires in Eastern Oregon.

“We’re trying to use computer models to decide when a fire’s ignited whether to fight it or to let it burn,” Diettrich said.

Along with his research duties at Oregon State, Diettrich is the deputy director of the Institute for Computational Sustainability, based out of Cornell University.

“The purpose of computation sustainability is to apply novel computer science techniques to solve sustainability problems,”Diettrich said.

Beckman came to OSU in 2001 from the University of Alabama at Birmingham, where he advanced from his post doctorate position to being a full professor in the department of anesthesiology.

He holds an undergraduate degree in molecular biology and a masters in population biology, both from the University of Colorado at Boulder. He holds a Ph.D. in botany from Duke University. After receiving his master’s degree, he worked for a surgical hospital in Korea for the U.S. Army for two years.

Besides acting as the chairman of the Environmental Health Science Center, Beckman is the Ava Helen Pauling Chair of the Linus Pauling Institute. He is also a professor in the department of biochemistry and biophysics in the College of Science.

“Joe is a valued colleague, a talented scientist and a wonderful mentor to our junior faculty, graduate students and undergraduates,” said Vince Remcho, interim dean of the College of Science. “I am so pleased to count him among our distinguished science faculty. This designation brings great honor and much positive attention to the college.”

Vinay Ramakrishnan, news reporter

news@dailybarometer.com

by  

One of the most common elements included in an energy-efficient passive housedesign is a roof that is coated with materials to help reflect the sun’s rays and prevent solar gain in the interior. Most of these so-called “cool roofs” are made of squint-inducing white materials to take advantage of the color’s highly reflective properties.

Well, we may no longer be limited to building a boring (and blinding) sea of white-roofed buildings, according to research from Oregon State University (OSU). A recent article from Fast Company’s Co.Exist website described how a rich, deep blue may be the new hot color to keep our buildings cool.  Read more…