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Dubai Number Plate Sells for Record $14.9 Million at Auction

Expensive car plate broke a record at a charity auction (Asharq Al-Awsat)
Expensive car plate broke a record at a charity auction (Asharq Al-Awsat)
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Dubai Number Plate Sells for Record $14.9 Million at Auction

Expensive car plate broke a record at a charity auction (Asharq Al-Awsat)
Expensive car plate broke a record at a charity auction (Asharq Al-Awsat)

A Dubai charity auction dedicated to support the inauguration of a Ramadan sustainable food aid endowment fund raised Dh97.9 million ($26.6 million).

The auction hit a record by selling the ‘P 7’ plate, the most expensive license plate in the world for Dh55 million ($14.9 million), breaking the former record of Dh52.2 million ($14.2 million).

Dubai's “Most Noble Numbers” charity auction for special numbers, held on April 8, and whose proceeds will go to the One Billion Meals campaign, managed to sell 35 special numbers including 14 license plates, 10 Du phone numbers, and 11 Etisalat phone numbers.

The proceeds from the auction will go to the “One Billion Meals" campaign aimed at finding sustainable solutions for hunger and malnutrition in vulnerable communities, and to implement targeted programs, projects and initiatives within systematic plans and specific targets to eradicate hunger.

The charitable bids on vehicle plate numbers hit a total of Dh91.5 million ($24.9 million), and the Etisalat phone numbers raised about Dh3.3 million ($904,500), while Du numbers amounted to Dh3 million ($818,800).

According to the Sheikh Mohammed bin Rashid Al Maktoum Global Initiatives, the “Most Noble Numbers” charity auction supporting the One Billion Meals campaign, offers philanthropists an innovative opportunity during the Holy Month of Ramadan to contribute to establishing a food safety network that starts in the UAE and serves the vulnerable categories in unfortunate communities.

The One Billion Meals campaign, held under the umbrella of the Mohammed bin Rashid Al Maktoum Global Initiatives Foundation, aims to revive the endowment as a development tool for societies, ensure the sustainability of giving, and contribute to global hunger eradication efforts, considered one of the most significant development goals.

Alongside the charity auction, the One Billion Meals campaign has five other contribution outlets: the official website, call center, shareholding in the endowment, and bank transfers. The campaign also receives donations via text messages.

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Quite Dramatic End to a Planet Swallowed by its Host Star

An artist's concept shows a ring of hot gas left after a star consumed a planet, in this undated illustration. NASA, ESA, CSA, Ralf Crawford (STScI)/Handout via REUTERS
An artist's concept shows a ring of hot gas left after a star consumed a planet, in this undated illustration. NASA, ESA, CSA, Ralf Crawford (STScI)/Handout via REUTERS
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Quite Dramatic End to a Planet Swallowed by its Host Star

An artist's concept shows a ring of hot gas left after a star consumed a planet, in this undated illustration. NASA, ESA, CSA, Ralf Crawford (STScI)/Handout via REUTERS
An artist's concept shows a ring of hot gas left after a star consumed a planet, in this undated illustration. NASA, ESA, CSA, Ralf Crawford (STScI)/Handout via REUTERS

In May 2020, astronomers for the first time observed a planet getting swallowed by its host star. Based on the data at the time, they believed the planet met its doom as the star puffed up late in its lifespan, becoming what is called a red giant.

New observations by the James Webb Space Telescope - sort of a postmortem examination - indicate that the planet's demise happened differently than initially thought, according to Reuters.

Instead of the star coming to the planet, it appears the planet came to the star, with disastrous consequences – a death plunge after an erosion of this alien world's orbit over time, researchers said.

The end was quite dramatic, as evidenced by the aftermath documented by Webb.

Reuters wrote that the orbiting telescope, which was launched in 2021 and became operational in 2022, observed hot gas likely forming a ring around the star following the event and an expanding cloud of cooler dust enveloping the scene.

“We do know that there is a good amount of material from the star that gets expelled as the planet goes through its death plunge. The after-the-fact evidence is this dusty leftover material that was ejected from the host star,” said astronomer Ryan Lau of the US National Science Foundation's NOIRLab, lead author of the study published in the Astrophysical Journal.

The star is located in our Milky Way galaxy about 12,000 light-years from Earth in the direction of the constellation Aquila.

A light year is the distance light travels in a year, 5.9 trillion miles (9.5 trillion km). The star is slightly redder and less luminous than our sun and about 70% of its mass.

The planet is believed to have been from a class called “hot Jupiter’s” - gas giants at high temperatures owing to a tight orbit around their host star.

“We believe it probably had to be a giant planet, at least a few times the mass of Jupiter, to cause as dramatic of a disturbance to the star as what we are seeing,” said study co-author Morgan MacLeod, a postdoctoral fellow at the Harvard-Smithsonian Center for Astrophysics.

Jupiter is our solar system's largest planet.

The researchers believe that the planet's orbit had gradually deteriorated due to its gravitational interaction with the star, and hypothesized about what happened next.

“Then it starts grazing through the atmosphere of the star. At that point, the headwind of smashing through the stellar atmosphere takes over and the planet falls increasingly rapidly into the star,” MacLeod said.

“The planet both falls inward and gets stripped of its gaseous outer layers as it plows deeper into the star. Along the way, that smashing heats up and expels stellar gas, which gives rise to the light we see and the gas, dust and molecules that now surround the star,” MacLeod said.

But they cannot be certain of the actual fatal events.

“In this case, we saw how the plunge of the planet affected the star, but we don't truly know for certain what happened to the planet. In astronomy there are lots of things way too big and way too 'out there' to do experiments on. We can't go to the lab and smash a star and planet together - that would be diabolical. But we can try to reconstruct what happened in computer models,” MacLeod said.

None of our solar system's planets are close enough to the sun for their orbits to decay, as happened here. That does not mean that the sun will not eventually swallow any of them.

About five billion years from now, the sun is expected to expand outward in its red giant phase and could well engulf the innermost planets Mercury and Venus, and maybe even Earth. During this phase, a star blows off its outer layers, leaving just a core behind - a stellar remnant called a white dwarf.

Webb's new observations are giving clues about the planetary endgame.

“Our observations hint that maybe planets are more likely to meet their final fates by slowly spiraling in towards their host star instead of the star turning into a red giant to swallow them up. Our solar system seems to be relatively stable though, so we only have to worry about the sun becoming a red giant and swallowing us up,” Lau said.