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Tuesday, January 18, 2011 Issue 04
E D I T O R I A L L Y
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ond half and made some field offensive rebounds and easy buckets for us.” goals.” Sports Editor A lay-up by forward Tobias Tennessee outscored Tony Jones had seen Vanderbilt 47-34 over the Harris with 1:09 remaining gave the Vols a 65-64 enough from the Tennessee game’s final 20 minutes. "We shot 49 percent in the l e a d . men's basketball team leading up to Saturday's SEC second half,” Jones said. “I game against Vanderbilt. Jones, the acting head coach during Bruce Pearl's eight-game, in-conference suspension, gave the team a spirited halftime speech, and the Volunteers (11-6, 1-2 SEC) responded with a 67-64 come-from-behind win over the Commodores (12-4, 1-2 SEC) Saturday afternoon in Thompson-Boling Arena. “To come back from 17 down to win that game shows the character of this team,” Jones said. “I talked George Richardson to the team about how • The Daily Beacon enough is enough. Enough is enough. “You're a talented basket- Cameron Tatum celebrates late against Vanderbilt on ball team with talented play- Saturday. Tatum helped lead the Vols in a ers, and you're coming up second-half comeback to upend the Commodores 67short. Enough is enough. I 64 in front of the season’s largest crowd with ESPN’s had a few choice words for GameDay crew in attendance.
Matt Dixon
told the team it was an aberration shooting 20 percent in the first half. Guys were just so pumped and jacked up before the game. I was kind of afraid of that on the offensive end.” Junior guard Scotty Hopson led the Vols with 16 points, including 14 in the second half. “Guys just made an effort (in the second half) and made it apparent that we we're going to get to the rim relentlessly,” Hopson said. “We did that, and it created
The freshman later extended UT’s lead to three by hitting two free throws with 3 seconds left. He finished with 15 points and nine rebounds. Center Brian Williams controlled the paint with 12 rebounds to go along with eight points. “Obviously, Brian Williams was huge for us,” Jones said. “Especially in the second half with eight offensive rebounds. He scored the basketball.” See Vols on Page 3
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Vol. 116
Vols rally, beat Commodores
them. They responded. They came out and played Tennessee basketball.” The Vols trailed 30-20 at the half, but only after a 7-0 UT run during the last two minutes of the half cut the Commodore lead to 10. “One thing I also told the team is the reason we won that basketball game is because we cut that deficit to 10 at halftime,” Jones said. “17 (points) would have been tougher to come back from. When we cut it to 10, it was manageable. We came out with a lot of spirit in the sec-
Cloudy with a 70% chance of rain HIGH LOW 45 36
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Lady Vols hold off Vanderbilt, 68-56 packed the insides to watch the Lady Vols take on and beat Mississippi State. Both teams stuggled early A record crowd and ESPN College Gameday’s live crew shooting the ball and were a comwere on hand to see bined 4-of-26 from the field after seven minutes of play — a
Colin Skinner
Assistant Sports Editor
Tia Patron • The Daily Beacon
Meighan Simmons launches one of four made 3-pointers against Vanderbilt on Saturday. Simmons led the team with 17 points in a 68-56 win, improving the Lady Vols to 5-0 in SEC play. the Tennessee Lady Vols fend off the pesky Vanderbilt Commodores 68-56 Saturday night at Thompson-Boling Arena. An attendance of 17,853 marked the largest crowd at any Lady Vols home game since Feb. 24, 2008, when a crowd of 20,249
roaring Vanderbilt comeback mounted in the second half — but in the end big shots made by Angie Bjorklund and freshman Meighan Simmons of the Lady Vols propelled the Big Orange to a close victory, in Lady Vol terms. “I think when we face any opponent, we have to know that
they always have fight in the second half,” junior forward Glory Johnson said after the game. “Our coach said that they were 14 percent shooting-wise in the first half and 48 percent in the second half. We always have to be ready for that no matter what.” As cold as the Lady Vols (172, 5-0) started the game, hitting only two shots in their first 13 tries, the Commodores were even colder. Vanderbilt (12-6, 3-2) missed 20 consecutive shots during a stretch of almost 10 minutes in the first half, going without a basket from 16:12 to 6:49. Still, the Commodores were never out of the contest and used their scrappiness and inside presence on defense to slow down the normally dominant Lady Vol offense. “Vandy is a great defensive team,” Bjorklund, who played all 40 minutes of the contest for the Lady Vols, said. “They’re very disciplined, and I give them a lot of credit for their defensive game plan. They were doubling down, but at the same time we just need to be more efficient on offense. We need to execute a lot better.” At 6:23 mark in the second half, Tennessee head coach Pat Summit was visibly disgusted with the inefficiencies of the interior Lady Vols’ offense and took action. “Why do you think I called a timeout?” Summit said after the game. “I told them, ‘No more threes.’ We needed to get more paint points.” The Lady Vols went into halftime leading 29-17 and led the Commodores by as much as 16 points in the first half. Vanderbilt finished the half shooting 7-of-37 (18.9 percent) from the field, the worst of any Tennessee opponent in the first half this season, while the Lady Vols mustered just 11-of32 (34.4 percent). See Lady Vols on Page 3
UT scientists discover source of lunar water Blair Kuykendall News Editor UT researchers have recently uncovered the probable source of water deposits left on the lunar surface. Lawrence Taylor, professor in the Department of Earth and Planetary Science, has already achieved great acclaim in the scientific community, proving the existence of abundant water deposits on the Moon. His new findings indicate that some of this water originated from various comets’ collision with the moon. “Cometary water-ice exists in the permanently shadowed craters at the poles of the Moon, where the temperatures are on the order of -230 degrees Celsius — 40 Kelvin,” Taylor said. His findings have indicated that water deposits may be present inside the moon as well. However, the deposits on the lunar surface could be of significant benefit for space exploration. “This water-ice will be a chal-
lenge for the astronauts to recover, but is in great supply and could provide liquid hydrogen and liquid oxygen as fuel for rockets — having empty gas tanks after escaping Earth’s gravity,” he said. While Taylor believes comets may be responsible for water deposits on the moon’s surface, he asserted water is in the moon’s interior as well. “The second form of water on the Moon is that of the ‘space dew’ originally reported by Pieters et al. (2010), and verified by Sunshine et al. (2010) and Clark (2010),” Taylor said. “This surficial, thin layer of water is probably formed by solar-wind proton (H+) bombardment of the lunar soil, creating OH and HOH bonds on the external surface of soil particles. Today we are addressing water in the moon — in minerals that crystallized from the lunar magmas and lavas.” The water that exists inside the moon may be of particular interest for geologists. “The water in the moon consists of OH discovered in quanti-
ties of up to 7000 parts per mil- great deal of moisture to an otherlion (0.7 wt%) in the mineral wise dry lunar surface. “Now we know that at this apatite, a late-stage crystallized mineral that is very rich in very early stage of the formation of the moon, ‘incompatible’ there was subelements, s t a n t i a l such as cometary water water,” input to both the Taylor said. moon and the “The presEarth,” Taylor ence of water said. “But, in magmas because the and minerals Earth already affects many had lots of of their physvolatiles, this ical propernew input made ties (e.g., UT earth and planetary little difference density, therscience professor to the overall mal capaciEarth water systy), which leads us to reconsider the origin tem. However, the dry moon of some of the volcanic rocks on absorbed this cometary water with its distinct D/H signature. the Moon.” The particular comets, or As the moon cooled from a large“dirty icebergs,” are hypothesized ly molten mass, this water to have collided with the early became part of the overall magma Earth and moon during their and rock systems of the moon.” Taylor’s findings indicated, developmental stages. Taylor conjectured that these collisions did however, that the water on the little to alter the state of planet moon originated from internal Earth, but in fact transferred a sources as well as collisions with
Larry Taylor
external forces of solar wind and comets. Taylor has explored the composition of lunar materials by employing secondary ion mass spectrometry to search for traces of water origins among rock samples brought back from the Apollo space missions. He anticipated further applications for this advancing technology. “We must search for water that is undoubtedly present in many other lunar minerals, pushing the cutting-edge capabilities of the analytical instrumentation — Secondary Ion Mass Spectrometer (SIMS),” Taylor said. This water does not exist in the form of water on earth, but instead consists of the elements hydrogen and oxygen, which could become water when liberated from their sources by heat. With these elements present on the lunar surface, the moon can potentially be used as a refueling station for space missions. Spacecraft could use liquid hydrogen and liquid oxygen as fuel to
reach planets that are farther away. “Science moves ahead as the capabilities of our sophisticated instrumentation become more capable of detecting smaller quantities of chemistry,” Taylor said. “As new instrumentation is developed, new scientific aspects can be addressed with these new capabilities.” Taylor’s findings were developed with the help of dedicated assistants. “The paper established the presence of water in the moon,” Yang Liu, research assistant professor in the Department of Earth and Planetary Sciences, said. “Such a landmark finding opens new avenues for understanding the formation of the Earth-moon system, evolution of the moon and may even shed light on the origin of water on Earth. Nature Geoscience, a leading scientific publication, will post Taylor’s findings online under the title “Extraterrestrial Hydrogen Isotope Composition of Water in Lunar Rocks.”