LIFE&ARTS
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January 13, 2014
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Program to replace long-time coach, reasons unknown University officials, players say little about women's soccer coaches after sudden departures THE MERCURY | UTDMERCURY.COM
Please pardon the dust Campus projects take shape, require use of alternate routes MIGUEL PEREZ Life & Arts Editor
The university’s major construction period will continue into 2014, altering the usual routes students use to reach their on-campus destinations with the North Mall renovation blocking a significant part of campus. The North Mall renovation, the second phase of a campus landscape enhancement project, extends from the trellis near the plinth to the Administration Building and is currently in a demolition phase. “We’ve significantly altered, for the next year, the pedestrian pathways around the mall,” said Kelly Kinnard, director of physical plant services. “We’re really encouraging students to use the sky bridges and be cognizant of where they park because (the renovation) does impact how people will traverse from building to building.” Kinnard said renovation will begin around March and continue through the calendar year. The project should be completed in the first quarter of 2015. Access to Founders, Founders North, the Jonsson Center, Green Hall and the Green Center
LAUREN FEATHERSTONE Editor-in-Chief
Women’s soccer coaches John Antonisse and Katie Challenger will not return to UTD for another season, as their contracts were not renewed. University officials are not commenting at this time as to the nature or reason for their departure. Antonisse served as the head coach of the women’s soccer program at UTD for the past 17 seasons, since its inception. Under him, the Comets won about 62 percent of their games and nearly 80 percent of games played in the American Southwest Conference — second only to the perennial ASC power Hardin-Simmons. He led his team to nine of the last 12 ASC Championship games, of which the Comets won twice, in 2002 and 2004. Challenger had been Antonisse’s assistant coach since 2007. Before that, she played as goalie for the Comets from 2001 to 2004 and holds the UTD record for most career shutouts. At this time it remains unclear
whether the two coaches left of their own accord or were dismissed by the university. Athletic Director Chris Gage directed all questions regarding the coaches to Susan Rogers, vice president for Communications. Rogers confirmed that Antonisse and Challenger no longer work at the university, but could not provide any information on why their contracts were not renewed. Several players on the team did not respond to requests to talk about the former coaches, and others explained that the team does not want to discuss the situation or the coaches as they are trying to move forward and do what’s best for their team. A committee is currently reviewing and screening applications for the women’s soccer head coach position, and the athletics department intends to bring three or four candidates to campus for interviews, Gage said. They hope to have a replacement for Antonisse by the first week of February. -Parth Sampat also contributed to this report.
YANG XI | FILE PHOTO
Head coach John Antonisse and assistant coach Katie Challenger on the sideline of a home match in 2013. Antonisse headed the women's soccer team for 17 years.
Prof. creates device to help blind see
→ SEE CONSTRUCTION, PAGE 4
CONSTRUCTION TIMELINE JAN 2014
» North Mall renovation begins
PARTH PARIKH | FILE PHOTO
Architect Peter Walker presents a plan that includes renovating "big, barren areas" in the North Mall of campus in this photo from September 2013.
» Lots L, O and P closed for Bioengineering and Sciences Building work
» Renovations in Green Hall complete AUG 2014 » Phase 4 Residence Hall complete
PABLO ARAUZ | STAFF
Post-doctoral material sciences student Erika Fuentes-Fernandez operates a semi-conductor that heats up filaments at extremely high temperatures to create ultrananocrystaline diamonds. The machine heats the material to temperature upwards of 1,500 degrees Celsius in order to grow samples of UNCD.
For those with vision loss, sunglasses featuring diamond-coated chip could partially restore sight PABLO ARAUZ Mercury Staff
PARTH PARIKH | FILE PHOTO
Pres. David Daniel, VP for Administration Calvin Jamison and others break ground on Phase 4 Residence Hall in this photo from summer 2013.
OCT 2014 » JSOM Phase 2 complete
MERCURY STAFF | FILE PHOTO
JSOM Phase 2 is being built on the former site of Lot Q, seen here in summer 2013. Lot Q's capactity was replaced by the adjacent parking garage.
MAR 2015 » North Mall renovation complete DEC 2015
» Bioengineering and Sciences Building complete
A world without blindness may sound like something out of a sci-fi novel, but thanks to the research of material science professor Orlando Auciello, it may someday become a reality. For more than a decade Auciello has taken part in a joint federally and privately funded project made up of several interdisciplinary scientists, researchers and medical experts to develop the Argus II Retinal Prosthesis System, which can potentially give partial sight to the blind. “You have to understand that- not to give false hopes to people, it’s not a complete return to normal vision,” Auciello said. The current version of the device consists of a chip outside the eye that is connected to a pair of sunglasses with a small camera attached. The chip sends signals to the rest of the device, allowing for the person wearing it to see some light. It was approved by the Federal Drug Administration in 2013. Auciello’s contribution to the project was in developing this spe-
cial diamond coating for the chip. He’s spent much of his time in U.S. laboratories creating this diamond coating. Still in its early phases, the device was tested on 31 people in five countries over the course of five years. Results showed that participants could recognize some objects such as a door or large letters in a newspaper. In one example of the testing, a once-blind woman successfully shot a basketball through a hoop. “She cannot see the basket with very high resolution, she can see it with shadows but after being totally in the dark, people with a device like this can see some light,” Auciello said. However, due to lack of funding, an advanced version of the device that requires the diamond-coated chip to be implanted inside the eye has not yet been approved by the FDA. Making diamonds In a highly-secured laboratory in the material science department on campus, Auciello supervises post-
doctoral material science student Erika Fuentes-Fernandez and materials science graduate student Adriana Carolina Duran Martinez in creating diamond films. Although, the diamonds in Auciello’s lab aren’t the kind of diamonds you see at the jewelry store; these are ultrananocrystaline diamonds or UNCD. And while scientists have been creating lab-grown diamonds for decades, Auciello said this material is particularly special. “These grain sizes are much smaller than the other ones and that gives a unique series of properties to these thin films,” Auciello said. Using a semi-conductor, a machine that heats up filaments to grow diamonds at temperatures of about 1,500 degrees Celsius, Auciello and his assistants grow samples of the UNCD. “It’s very resistant to chemical reactions which make it very stable, it has very low friction which make it useful to protect mechanisms from wearing out,” Fuentes-Fernandez said. Auciello said the material exhibits the lowest friction of any material known. It is also bio-compatible,
meaning that if put inside the human body, it doesn’t cause any negative effects. “It’s pretty exciting because (working with) this type of new material-the ultranano diamonds- is a really wide field,” Fuentes-Fernandez said. “We have a lot of opportunities for applications in all types of fields like mechanics, biological, chemical applications; there is a lot of good work we can do.” Market potential With his two companies, Advanced Diamond Technologies and Original Biomedical Implants, Auciello is also promoting UNCD technology for other medical uses. For example, Auciello said in many prosthetic devices such as artificial hips, knees, shoulders and dental implants, a problem arises in that the material that make up the prosthetic devices are chemically attacked by the body and become corroded by friction. The UNCDcoated technology solves this issue. Also because of the material’s
→ SEE INVENTION, PAGE 12