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Professor Sir Edward Byrne to Lead KAUST as President

Professor Sir Edward Byrne AC. SPA
Professor Sir Edward Byrne AC. SPA
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Professor Sir Edward Byrne to Lead KAUST as President

Professor Sir Edward Byrne AC. SPA
Professor Sir Edward Byrne AC. SPA

King Abdullah University of Science and Technology (KAUST) announced on Wednesday the appointment of Professor Sir Edward Byrne AC as its new president, effective September 1.

Byrne's appointment marks a significant milestone for KAUST as the university continues its transformative journey through the implementation of its Accelerating Impact Strategy. His extensive background in academia and industry uniquely positions him to propel KAUST in supporting the goals of Vision 2030 and solidifying its standing as a leading research technology university.

A statement said that by translating research advancements into practical innovations, fostering robust collaborations with public and private sectors, and enhancing KAUST's role in economic development, Byrne will guide the institution into a new era of growth and impact.

His previous roles include President and Principal of King’s College London and President of Monash University, where he led significant expansions and research initiatives. Byrne brings a wealth of experience, expertise and academic excellence across various sectors, said the statement.

“As the University embarks on a new era delivering its Accelerating Impact Strategy, it is an honor to join an academic community at the forefront of translating research into economically productive innovations for the benefit of society across the Kingdom and the world,” the statement quoted Byrne as saying.

"Drawing on my extensive career leading top-ranked global universities and visionary approaches to scientific discovery, I welcome the opportunity to lead an Institution that is paving the way for future progress and is committed to making the discoveries that will power tomorrow.”

Aligned with Vision 2030, KAUST’s focus on research, development and innovation is central to driving economic diversification and technological advancement in the Kingdom. The University's efforts in these areas support the Kingdom's ambitions.

Byrne succeeds Professor Tony Chan, who significantly enhanced KAUST's alignment with Vision 2030, expanding its global research and academic influence.

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Soviet-Era Spacecraft Is Expected to Plummet to Earth This Weekend after 53 Years

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)
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 Is Expected to Plummet to Earth This Weekend after 53 Years

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)
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 half-ton Soviet spacecraft that never made it to Venus 53 years ago is expected to fall back to Earth this weekend.

Built to land on the solar system's hottest planet, the titanium-covered spacecraft may survive its fiery, uncontrolled plunge through Earth's atmosphere, predicted to occur on Saturday. But experts said it likely would come down over water, covering most of the world, or a desolate region.

The odds of it slamming into a populated area are “infinitesimally small,” said University of Colorado Boulder scientist Marcin Pilinski.

“While we can anticipate that most of this object will not burn up in the atmosphere during reentry, it may be severely damaged on impact,” Pilinski said in an email.

By Friday, all indications pointed to a reentry early Saturday morning, US Eastern Time, give or take several hours. While space debris trackers around the world converged in their forecasts, it was still too soon to know exactly when and where the spacecraft known as Kosmos 482 would come down. That uncertainty was due to potential solar activity and the spacecraft’s old condition. Its parachutes were expected to be useless by now and its batteries long dead.

Dutch scientist Marco Langbroek estimated the impact speed at 150 mph (242 kph) if the spacecraft remains intact.

The Soviets launched Kosmos 482 in 1972, intending to send it to Venus to join other spacecraft in their Venera program. But a rocket malfunction left this one stuck in orbit around Earth. Gravity kept tugging on it and was expected to finally cause its doom.

Spherical in shape, the spacecraft — 3-foot (1-meter) across and packing more than 1,000 pounds (495 kilograms) — will be the last piece of Kosmos 482 to fall from the sky. All the other parts plummeted within a decade.

Any surviving wreckage will belong to Russia under a United Nations treaty.