Dr. Steven Ripp, research associate professor at the Center for Environmental Biotechnology, will wrap up the Fall 2014 Science Forum series with his presentation: “Catch-of-the-day: The tiny zebrafish in the big pharmaceutical pond.” The final session will take place Friday, Nov. 21.
The zebrafish is a 1.5 inch long tropical freshwater fish belonging to the minnow family. It is a very popular aquarium fish due to its hardiness, ease of breeding and availability in nearly any pet store. Zebrafish are also becoming popular in the biomedical research community because they share nearly 12,800 genes in common with humans, 84 percent of which can be linked to genes that cause disease in humans. Thus, studying how zebrafish genes react and respond to new cancer drugs or other disease treatment strategies serves as an indicator of similar reaction endpoints in humans, and can be used to determine the safety and efficacy of drugs prior to human (or other animal) therapies.
Although the mouse served admirably as the proxy for human biomedical research for the past several decades, the small size and high fertility of zebrafish assists in reducing drug discovery costs and accelerating research results. More critically, the transparency of zebrafish early in their life cycle allows them to function as see-through subjects whose every organ and tissue can be easily visualized to better and more quickly understand how a new drug might be affecting, for example, the growth of a cancerous tumor.
To make zebrafish visualization even easier, Dr. Ripp’s research is focused on integrating genes into the zebrafish that will allow specific organs and tissues to emit bioluminescent light. Cameras able to capture this light response will very precisely monitor the zebrafish’s physiology to rapidly pinpoint the effectiveness of a new drug or, alternatively, determine unwanted side effects of a new drug. With the zebrafish being so small and large in number, many drugs can be tested simultaneously to massively accelerate the current pace of new drug discovery and move drugs to market faster and more inexpensively than previously possible.
The UT Science Forum is free and open to the public. Presentations begin at 12 p.m. in the Thompson-Boling Arena Cafe, rooms C-D.
Tim Isbel, commissioner for Anderson County, will present “A Vision for Rocky Top’s Coal Creek Miners Museum” at the next UT Science Forum meeting Friday, November 14 from noon to 1 p.m. in Thompson-Boling Arena Dining Room C-D.
The town of Rocky Top, Tenn., was formerly known as Coal Creek, named after the stream that runs through the town. This area was the site of a long struggle in the 1890’s, known as the Coal Creek War, between miners and coal companies over the use of unpaid convict labor in the coal mines. The coal miners were eventually victorious, ending the Tennessee’s convict labor program.
In 2013, the Anderson County Commission voted to purchase the former Bank of America building in Lake City and donate it to the City of Lake City to be used for the home of the Coal Mining Museum. PlanET awarded the City of Lake City a Community Enhancement Project, which included a conceptual design for the Coal Creek Miners Museum. Mr. Isbel will share plans for the new Coal Creek Miners Museum in Lake City.
The UT Science Forum is free and open to the public.
Dr. Omer Onar, the Alvin M. Weinberg Fellow at the National Transportation Research Center at Oak Ridge National Laboratory will present “Electric Vehicles Without Plugging In” at the next UT Science Forum Friday, November 7
Imagine charging an electric vehicle without plugging it in – and even while it is in motion. Wireless power transfer is a safe, convenient, efficient and autonomous means charging electric and plug-in hybrid electric vehicles. Wireless charging does not require bulky connectors, plugs and heavy-duty wires; is not affected by dirt or weather conditions; and is as efficient as conventional conductive charging systems.
During his presentation, Dr. Onar will provide an overview of wireless power transfer systems and vehicle charging applications he developed. He will also describe three different programs on wireless power transfer in progress at Oak Ridge National Laboratory, along with experimental test results.
The UT Science Forum is a brown-bag lecture series hosted each Friday in the Thompson-Boling Arena Cafe, Rooms C-D from 12 p.m. to 1 p.m. The event is free and open to the public.
Dr. Stefan Spanier, professor of physics at the University of Tennessee, will present “Searching for New Forces with the Large Hadron Collider” at the next UT Science Forum Friday, Oct. 31.
The discovery of a candidate for the Higgs particle with the Large Hadron Collider (LHC) of CERN in Geneva Switzerland in 2012 is a strong support of the mathematical concepts behind our present theory of the microscopic world. But there is evidence that our present understanding is still very limited.
Open questions are for example: Do the fundamental forces unite? This is Einstein’s dream, but while seeing evidence that at higher energies the strengths of fundamental forces move toward each other they do not exactly unite.
How does the gravitational force fit in? It is considered negligible for the understanding of interactions between elementary particles, but this might change with the LHC: some theoreticians predict that at the higher energy it might be possible to create micro black holes.
Are there particles responsible for dark matter and dark energy? Is there more than one Higgs particle? And many more…
Next year the LHC will restart at higher energy and higher beam intensity to search for new forces that might help us to arrive at a more comprehensive theory of nature.
The UT Science Forum is free and open to the public. Each presentation takes place in the Thompson-Boling Arena Cafe, Room C-D from 12 p.m. to 1 p.m. Presentations are usually 45 minutes with a question and answer session to follow.
The 21st century has rightly been called “The Century of Cities,” with urban areas as the leaders in economic growth and sustainability innovation.
Phil Enquist, UT-ORNL Governor’s Chair for Energy and Urbanism, will present on the challenges facing cities and regions today and holistic principles to guide future development. An integrated approach to energy and urbanism will be transformative at all scales of development, from individual buildings, to districts, cities, nations, and even multinational watersheds. With a focus on the human experience and a bold vision of carbon neutrality, city design can drastically reduce resource consumption, help cities build disaster resiliency, and improve quality of life.
The “Century of Cities” presentation will take place Friday, October 24. The science forum will not meet the week of Fall Break – October 17.
The Science Forum begins at 12 p.m. in the Thompson-Boling Arena Cafe, Rooms C-D. The event is free and open to the public.
Friday, October 10, Dr. Joan R. Rentsch, professor of communication studies at the University of Tennessee, will present “Communicating to Build Knowledge in Decision-Making Teams.”
Decision-making teams perform best when team members capitalize on their different perspectives and information to build team knowledge. Building team knowledge requires team members to communicate uniquely held information, to transfer knowledge to teammates, to operate relevant knowledge available in the team and to collaboratively integrate and structure knowledge possessed by the team.
However, research has shown that team members tend to communicate information ineffectively, which limits team knowledge building. Therefore, the purpose of this study was to test a team training strategy to examine its effects on distributed decision-making teams. The results indicated that the team training strategy may support high quality team decision making. This research was conducted with funding from the Office of Naval Research.
The presentation begins at 12 p.m. in the Thompson Boling Arena Cafe, Rooms C-D. The UT Science Forum is free and open to the public.
Dr. Sarah Colby, assistant professor of nutrition, will present “Getting Fruved! Changing Behavior, Changing the World, and Improving Health” at this week’s UT Science Forum Friday, September 26.
Obesity is a serious problem for teenagers in this country, and it has been on the rise for the past 30 years. If young people begin to make healthier choices now, such as eating more fruits and vegetables and exercising more regularly, it could result in better health throughout their lifespans.
Get FRUVED (Get FRUits and VEgetables) is a USDA-funded 4-H project designed to decrease the proportion of older adolescents who are overweight or obese by developing an effective behavioral intervention with environmental supports. Dr. Colby’s study uses an interactive, peer-led, social marketing environmental intervention to help teens manage their weight through dietary quality, physical activity and stress management skills.
Dr. Colby is an obesity prevention behavioral researcher with a focus on health communication through novel nutrition education strategies including marketing, arts, and technology.
The Science Forum is free and open to the public. Location: Thompson-Boling Arena Dining room C-D. Bring your lunch or purchase it from the Arena.
This Friday, Sept. 29, Dr. Claus Daniel, from the Oak Ridge National Laboratory, will speak on “Electrification of Transportation: Cost and Opportunities” from noon to 1 p.m. during the UT Science Forum in Thompson-Boling Arena Dining Room C-D.
Dr. Daniel is the deputy director of the Sustainable Transportation Facility and director of the Battery Manufacturing R&D facility at the national lab. He will outline the factors – price volatility, environmental impact, and national security – that require the discovery of alternative energy sources and technologies which allow energy diversification.
Lithium ion batteries have made an enormous progress towards their use in new generation hybrid and electric vehicles. However, the initial cost of materials and production, long-term costs, and safety are still an issue. The President’s manufacturing initiative and “EV Everywhere” challenge are working to reduce the cost of battery systems and to build a domestic supply chain. Dr. Daniel’s talk will showcase one specific accomplishment in water based cathode processing, which reduces electrode processing cost by 75%; he will outline what other opportunities could be identified by really addressing automotive energy IN-efficiency.
Dr. Ted S. Lundy, retired professor of metallurgy, will speak on “The Manhattan Project: How did it begin?” Friday, September 12 from noon to 1 p.m. during the UT Science Forum in the Thompson-Boling Arena Dining Room C-D.
Dr. Lundy is the former director of the Tennessee Technological University’s Center for Manufacturing Research. He will discuss the global events that lead to the creation of the Manhattan Project – starting with the scientific work by Marie and Pierre Curie to the actual project origin at Columbia University in 1939 – culminating in the atomic weapons used against the Japanese to end the World War II. His talk emphasizes the key decisions made throughout the process.