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University of Jeddah Wins 1st Place at Harvard Health Hackathon

This achievement reflects the University of Jeddah’s vision to support its students and showcase their talents on the global stage - SPA
This achievement reflects the University of Jeddah’s vision to support its students and showcase their talents on the global stage - SPA
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University of Jeddah Wins 1st Place at Harvard Health Hackathon

This achievement reflects the University of Jeddah’s vision to support its students and showcase their talents on the global stage - SPA
This achievement reflects the University of Jeddah’s vision to support its students and showcase their talents on the global stage - SPA

The University of Jeddah achieved a new global milestone after its talented student Ahmed Bawazeer from the College of Computer Science and Engineering, and a member of the university’s Gifted Talent Recruitment and Care Program, won first place in the Innovative Health Hackathon.

The event was organized by Harvard University and hosted by Prince Mohammed bin Salman College of Business and Entrepreneurship (MBSC) under the theme: “Building High-Value Health Systems: Harnessing Digital Health and Artificial Intelligence.”
The hackathon featured 160 innovative ideas, and Bawazeer stood out with an exceptional project based on AI technologies aimed at developing future solutions for health systems, SPA reported.
His achievement reflects the University of Jeddah’s vision to support its students and showcase their talents on the global stage, emphasizing the importance of investing in AI as a key element in advancing health systems and achieving societal progress.

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Soviet-era Spacecraft Plunges to Earth after 53 Years Stuck in Orbit

FILE - This photo provided by researcher Jane Greaves shows the planet Venus, seen from the Japan Aerospace Exploration Agency's Akatsuki probe in May 2016. (J. Greaves/Cardiff University/JAXA via AP)
FILE - This photo provided by researcher Jane Greaves shows the planet Venus, seen from the Japan Aerospace Exploration Agency's Akatsuki probe in May 2016. (J. Greaves/Cardiff University/JAXA via AP)
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Soviet-era Spacecraft Plunges to Earth after 53 Years Stuck in Orbit

FILE - This photo provided by researcher Jane Greaves shows the planet Venus, seen from the Japan Aerospace Exploration Agency's Akatsuki probe in May 2016. (J. Greaves/Cardiff University/JAXA via AP)
FILE - This photo provided by researcher Jane Greaves shows the planet Venus, seen from the Japan Aerospace Exploration Agency's Akatsuki probe in May 2016. (J. Greaves/Cardiff University/JAXA via AP)

A Soviet-era spacecraft plunged to Earth on Saturday, more than a half-century after its failed launch to Venus.
The European Union Space Surveillance and Tracking confirmed its uncontrolled reentry, based on analysis and no-shows of the spacecraft on subsequent orbits. The European Space Agency’s space debris office also indicated that the spacecraft had reentered after it failed to appear over a German radar station.
It was not immediately known where the spacecraft came in or how much, if any, of the half-ton spacecraft survived the fiery descent from orbit. Experts said ahead of time that some if not all of it might come crashing down, given it was built to withstand a landing on Venus, the solar system’s hottest planet.
The chances of anyone getting clobbered by spacecraft debris were exceedingly low, scientists said.
Launched in 1972 by the Soviet Union, the spacecraft known as Kosmos 482 was part of a series of missions bound for Venus. But this one never made it out of orbit around Earth, stranded there by a rocket malfunction.
Much of the spacecraft came tumbling back to Earth within a decade of the failed launch. No longer able to resist gravity’s tug as its orbit dwindled, the spherical lander — an estimated 3 feet (1 meter) across — was the last part of the spacecraft to come down. The lander was encased in titanium, according to experts, and weighed more than 1,000 pounds (495 kilograms).
After following the spacecraft’s downward spiral, scientists, military experts and others could not pinpoint in advance precisely when or where the spacecraft might come down. Solar activity added to the uncertainty as well as the spacecraft’s deteriorating condition after so long in space.
As of Saturday morning, the US Space Command had yet to confirm the spacecraft's demise as it collected and analyzed data from orbit.
The US Space Command routinely monitors dozens of reentries each month. What set Kosmos 482 apart — and earned it extra attention from government and private space trackers — was that it was more likely to survive reentry, according to officials.
It was also coming in uncontrolled, without any intervention by flight controllers who normally target the Pacific and other vast expanses of water for old satellites and other space debris.