
An energized SMU squad will carry a three-game winning streak against up-and-down Virginia in the Atlantic Coast Conference opener for each team on Saturday in Dallas. The game is the first for the Mustangs' basketball team as a member of one of the nation's perennial powerhouse leagues, but don't expect SMU (7-2) to wilt in the spotlight. The Mustangs lambasted Alabama State 101-72 on Tuesday in their most recent outing. Their two losses came against Butler on the road by 11 points and against Mississippi State at home by five. Kario Oquendo poured in a season-high 20 points to lead seven SMU scorers in double figures in the win over Alabama State. Matt Cross added 12 points and 10 rebounds for the Mustangs while Samet Yigitoglu and Chuck Harris scored 12 points apiece. Yohan Traore and B.J. Edwards each had 11 and Jerrell Colbert hit for 10. "I think it's finally getting to the point where we are starting to figure out how to play as a team," Oquendo said. "You can see it from game to game. We're getting better, and every practice, we're getting better. I believe the more games we play together, the more the things start coming together." SMU is second in scoring per game in the ACC (averaging 88.3 points) and assists per game (16.4). The Mustangs lead the ACC in rebound margin (plus-10.9), total rebound average (43.3 per game) and offensive rebounds (15.2 a game) -- all in all, an impressive start to their campaign. Boopie Miller is the SMU leader in scoring average (15.6 points per game) and assists (5.8), with Cross the top rebounder (7.5 per game). The Cavaliers (5-3) head to Dallas after an 87-69 loss at No. 13 Florida on Wednesday in the SEC/ACC Challenge. Elijah Saunders scored 19 points for Virginia while Isaac McKneely added 12 points -- all on 3-pointers. The Cavaliers, however, had no answer for the Florida defense, committing 15 turnovers that led to 20 points for the Gators. Virginia led 18-9 early but were down by four at halftime. They got to within a point after a deep basket by Saunders in the opening minute of the second half, but that was as close as the Cavaliers would come. "Overall, I was very, very pleased with the first half," Virginia interim coach Ron Sanchez said. "I think that we handled adversity well. This group is on its way of becoming who they're going to be. It's painful growth, but you grow nonetheless." McKneely leads the Cavaliers with 13.1 points per game, followed by Saunders at 10.3. Jacob Cofie is the top rebounder at 6.4 per game, while Andrew Rohde has a team-best average of three assists. The teams have met just once before, with the Cavaliers outlasting SMU 76-73 in the semifinals of the Corpus Christi Challenge on Nov. 29, 2013. --Field Level MediaDecember 16, 2024 This article has been reviewed according to Science X's editorial process and policies . Editors have highlightedthe following attributes while ensuring the content's credibility: fact-checked trusted source proofread by Lonnie Shekhtman, NASA NASA's DAVINCI—Deep Atmosphere Venus Investigation of Noble gases, Chemistry, and Imaging—mission embodies the spirit of innovation and exploration that its namesake, Leonardo da Vinci, was famous for. Scheduled to launch in the early 2030s, DAVINCI will explore Venus with both a spacecraft and a descent probe . DAVINCI's probe will be the first in the 21st century to brave Venus's atmosphere as it descends from above the planet's clouds down to its surface. Two other missions, NASA's VERITAS and ESA's (European Space Agency) Envision, will also explore Venus in the 2030s from the planet's orbit. The DAVINCI spacecraft will study Venus's clouds and highlands during two flybys. It also will release a spherical probe, about 3 feet wide, that will plunge through the planet's thick atmosphere and corrosive clouds, taking measurements and capturing high-resolution images of the Venusian surface as it descends below the clouds. Here are some of DAVINCI's coming "firsts" in Venus exploration: Exploring solar system's one-of-a-kind terrain The DAVINCI mission will be the first to closely explore Alpha Regio, a region known as a "tessera." So far found only on Venus, where they make up about 8% of the surface, tesserae are highland regions similar in appearance to rugged mountains on Earth. Previous missions discovered these features using radar instruments, but of the many international spacecraft that dove through Venus's atmosphere between 1966 and 1985, none studied or photographed tesserae. Thought to be ancient continents, tesserae like Alpha Regio may be among the oldest surfaces on the planet, offering scientists access to rocks that are billions of years old. By studying these rocks from above Alpha Regio, DAVINCI scientists may learn whether ancient Venus had continents and oceans, and how water may have influenced the surface. Photographing one of the oldest surfaces on Venus The DAVINCI probe will capture the first close-up views of Alpha Regio with its infrared and optical cameras; these will also be the first photos of the planet's surface taken in more than 40 years. With surface temperatures reaching 900°F and air pressure 90 times that of Earth's, Venus's harsh environment makes exploration challenging, while its opaque atmosphere obscures direct views. Typically, scientists rely on radar instruments from Earth or Venus-orbiting spacecraft to study its terrain. But DAVINCI's probe will descend through the atmosphere and below the clouds for a clear view of the mountains and plains. It will capture images comparable to an airplane's landing view of Earth's surface. Scientists will use the photos to compile 3D maps of Alpha Regio that will provide more detail than ever of Venus's terrain, helping them look for rocks that are usually only made in association with water. Unveiling secrets of Venus's mysterious lower atmosphere The DAVINCI mission will be the first to analyze the chemical composition of Venus's lower atmosphere through measurements taken at regular intervals, starting from approximately 90,000 feet above the surface and continuing until just before impact. This region is critical because it contains gases and chemical compounds that may originate from Venus's lower clouds, surface, or even subsurface. For example, sulfur compounds detected here could indicate whether Venusian volcanoes are currently active or were active in the recent past. Noble gases (like helium or xenon), on the other hand, remain chemically inert and maintain stable concentrations, offering invaluable clues about Venus's ancient history, such as the planet's past water inventory. By comparing Venus's noble gas composition with that of Earth and Mars, scientists can better understand why these planets—despite forming from similar starting materials—evolved into dramatically different worlds. Moreover, DAVINCI's measurements of isotopes and trace gases in the lower atmosphere will shed light on Venus's water history, from ancient times to the present, and the processes that triggered the planet's extreme greenhouse effect. Discover the latest in science, tech, and space with over 100,000 subscribers who rely on Phys.org for daily insights. Sign up for our free newsletter and get updates on breakthroughs, innovations, and research that matter— daily or weekly . State-of-the-art technology to study Venus in detail Thanks to modern technology , the DAVINCI probe will be able to do things 1980s-era spacecraft couldn't. The descent probe will be better equipped than previous probes to protect the sensitive electronics inside of it, as it will be lined on the inside with high-temperature, multi-layer insulation—layers of advanced ceramic and silica fabrics separated by aluminum sheets. Venus's super thick atmosphere will slow the probe's descent, but a parachute will also be released to slow it down further. Most Earth-friendly parachute fabrics, like nylon, would dissolve in Venus's sulfuric acid clouds, so DAVINCI will have to use a different type of material than previous Venus missions did: one that's resistant to acids and five times stronger than steel. Provided by NASA
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MARRAKECH, Morocco (AP) — The Marrakech International Film Festival bestowed its top prize Friday on “Happy Holidays,” a Palestinian drama set in Israel whose screenplay won an award at the Venice Film Festival in September. The film, directed by Scandar Copti, follows Israeli and Palestinian characters facing familial and societal pressures in present-day Haifa and stars both professional and non-professional actors. It is the first Palestinian film to win Marrakech’s Etoile D’Or award. Screenwriter Mona Copti in an acceptance speech said the film team’s joy at winning was tempered by war in the Middle East and she denounced what she called the dehumanization of Palestinians Eight features, each a director’s first or second film, competed in the festival. The winning films tackled social issues through the lens of family, a theme that the festival’s artistic director Remi Bonhomme underlined at its opening. The festival awarded its jury prize to two additional films from Somalia and Argentina. The nine-member jury awarded Mo Harawe’s “The Village Next to Paradise” — a story about a family living under the threat of drone strikes dreaming of a better life — and Silvina Schnicer’s “The Cottage” about children who commit an unspeakable act at a rich family’s summer vacation home. “The Village Next to Paradise” participated last year in the Marrakech festival’s Atlas Workshops, an initiative to develop filmmakers from Morocco, the Middle East and Africa and promote their work. In his acceptance speech, Harawe lauded the film’s Somali cast and crew and highlighted the significance of the award for Somalia. Cecilia Rainero, the lead actor of “The Cottage,” thanked the jury and said it was meaningful amid Argentinian President Javier Milei’s moves to defund the country’s film industry.
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