Further Findings

It seems that the only time astronomers at The University of Texas at Austin took a break from finding new planets and bigger black holes during the fall 2011 semester was when university geologists edged in with evidence of a lake under the surface of Saturn’s moon, Europa.

As busy as those researchers were, the semester also brought discoveries in green energy, Parkinson’s disease, post-traumatic stress disorder, concealed handguns and the relationship between children’s happiness and their parents.

Here’s a look at
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Two of The University of Texas at Austin’s significant inventions were highlighted for the Technology Transfer and Research Committee of the University of Texas Systems Board of Regents at an Aug. 24, 2011 meeting.

Richard Miller, chief commercialization officer at The University of Texas at Austin.

Both inventions bring significant benefits to society and revenue to the university, said Richard Miller, the chief commercialization officer of The University of Texas at Austin.

One invention has provided manufacturers with safe, reliable and rechargeable batteries
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A wet pond at Central Market in Austin, Texas. City of Austin photo.

This story is from Texas Enterprise at the McCombs School of Business. It was written by Matt Turner.

The cityscape of the future will be much greener and more useful, if landscape ecologists have their way. Even business properties in tomorrow’s deliberately planned urban landscape will use nature’s full potential to provide elegant solutions for a host of urban problems — among them energy waste, excess carbon, the heat-island effect,
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University of Texas at Austin collaborators Meryl Stoller, Dr. Yanwu Zhu and Dr. Rodney Ruoff stand with a 3-D model of the new carbon material they have created.

Researchers at The University of Texas at Austin’s have created a new porous, three-dimensional carbon that can be used as a greatly enhanced supercapacitor, holding promise for energy storage in everything from energy grids and electric cars to consumer electronics.

The significance of the discovery is the potential it offers for enabling supercapacitors to
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Graduate student Melissa Lott studies energy systems, from generation to consumption. Photo by Mary Christenberry Lott.

Researchers across The University of Texas at Austin are working on energy. Generating it, storing it, conserving it, using it sensibly. Students are actively engaged in energy research, which could shape their world. Here’s an interview with Melissa Lott, a student who is researching energy systems. She is a dual degree graduate student in the Cockrell School of Engineering and LBJ School for Public Affairs.
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Penguin fossil found in Peru showed surprising evidence of feathers and their colors.

During the fall semester of 2010, researchers at The University of Texas at Austin revealed:

An ancient penguin with surprising colors

Honey bees with a failure to communicate

Criminal virus spreaders using evolutionary forensics

An electron switch between molecules with cool battery potential

That as biological clock ticks down, libido rises

A dinosaur who thrived when its competition died

Ways the earth moves

That’s not all.

A team of students launched two satellites, which they built, into
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Brewster McCracken, executive director of the Pecan Street Project

The Deepwater Horizon oil spill has been a reminder about the tremendous expertise The University of Texas at Austin has in petroleum and related issues.

Experts from petroleum engineering, supercomputing, government and law have been sought for their views on the BP spill: what happened, what continues to happen and what it all means.

The June 1 Austin Forum event is a reminder that the university has ample expertise in alternative forms of energy: wind,
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Paul Bommer

No one yet knows what really happened to cause the Deepwater Horizon explosion and subsequent release of millions of gallons of oil and gas into the Gulf of Mexico.

But Paul Bommer, a senior lecturer in the Cockrell School of Engineering at The University of Texas, presented a good view of what might have gone wrong when he spoke May 18 at the “Oil in Troubled Waters” forum on causes and consequences of the spill. The university’s Energy Institute sponsored the
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At her departure, Castlen Kennedy was joined by Professor Chip Groat, left, and Paul Wilson, a vice president of Texas Gas Service, a sponsor of the trip.

Castlen Kennedy got an unusual start to the research for her master’s degree thesis: A group of people gathered on Wednesday (May 18, 2010) to wish her good-bye and good luck.

Kennedy was not, as she noted, headed into the library.

Rather, she and a friend hit the road in a vehicle powered by compressed natural
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Reeja Jayan is developing a cost-effective solar cell.

This post comes from the Graduate School:

The amount of solar energy that the Earth receives in one hour is more than the energy demand for the entire world for an entire year.

Kind of incredible, isn’t it?

For Reeja Jayan, learning this one fact changed the course of her life entirely.

“It was one of those moments where I thought, ‘why aren’t we using this?’” says Jayan, who was an Electrical Engineering master’s degree student at
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