The royal palace of Hampton court in United Kingdom is welcoming evening visitors in the run-up to Christmas with peaceful light installations inspired from stardust and building's famous astronomical clock.

UK: Hampton court palace opens stardust lightshow

David Bowie biopic ‘Stardust’ has been confirmed to release in the UK before the end of the year.&nbsp;

The film will be an origin movie which stars actor and musician Johnny Flynn. It will follow David Bowie travelling across the USA in 1971, shortly before he saw widespread acclaim by reinventing himself as Ziggy Stardust.

Rights of the film have been acquired by British distributor Vertigo Releasing. It is set for release in the US on November 25 before coming to the UK.

There have been controversies around the film with even David Bowie’s family distancing themselves from it.&nbsp;

Watch the trailer here:

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David Bowie biopic ‘Stardust’ has been confirmed to release in the UK before the end of the year. The film will be an origin movie which stars actor and musician Johnny Flynn.

David Bowie biopic ‘Stardust’ has been confirmed to release in the UK before the end of the year. The film will be an origin movie which stars actor and musician Johnny Flynn. It will follow David Bowie travelling across the USA in 1971, shortly before he saw widespread acclaim by reinventing himself as Ziggy Stardust. Rights of the film have been acquired by British distributor Vertigo Releasing. It is set for release in the US on November 25 before coming to the UK. There have been controversies around the film with even David Bowie’s family distancing themselves from it. Watch the trailer here:

David Bowie biopic 'Stardust' to release in the UK this year

Researchers said Monday that new techniques have allowed them to identify the oldest solid material ever found on earth.

The stardust, formed five to seven billion years ago, came from a meteorite that fell to Earth 50 years ago in Australia, they said in a paper published in the journal PNAS.

It came down in 1969 in Murchison, Victoria state, and scientists from Chicago's Field Museum have possessed a piece of it for five decades.

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Philipp Heck, the curator of meteorites at the museum, examined pre-solar grains, which are bits of stardust that become trapped in meteorites, making them time capsules of the period before the sun was born.

"They're solid samples of stars, real stardust," Heck said in a statement.

When the first stars died after two billion years of life they left behind the stardust, which formed into the block which fell to earth as the meteorite in Australia.

Although researchers first identified the grains in 1987 their age could not be determined.

But Heck and other colleagues recently used a new method to date these grains, which are microscopic in size. They are from silicon carbide, the first mineral formed when a star cools.

To separate the ancient grains from the relatively younger ones, scientists crushed fragments of the meteorite into a powder. Then they dissolved it in acid, which left only the pre-solar particles.&nbsp;

"It's like burning down the haystack to find the needle," says Heck.

When dust is in space it is exposed to cosmic rays which slowly change its composition. This allows researchers to date it.

A decade ago, only 20 grains from the meteorite were dated by a different method. Now, researchers have been able to determine the age of 40 grains, most of which are between 4.6 billion and 4.9 billion years old.

These ages correspond to the moment when the first stars began to break up, and since that type of star lived for two to 2.5 billion years, the stardust can be as old as seven billion years.

"These are the oldest solid materials ever found, and they tell us about how stars formed in our galaxy," Heck said.

The new dating by this team confirms an astronomical theory which predicted a baby boom of stars before the formation of our sun, instead of a constant rhythm of star formation.

"We basically came to the conclusion that there must have been a time in our galaxy when more stars formed than normal, and at the end of their lives they become dust-producing," Heck said.&nbsp;

The task now is to apply the same method on other meteorites.

But according to Heck, there are fewer than five known to be in collections and big enough to give up such secrets.

Researchers said Monday that new techniques have allowed them to identify the oldest solid material ever found on earth. The stardust, formed five to seven billion years ago, came from a meteorite that fell to Earth 50 years ago in Australia, they said in a paper published in the journal PNAS.

Researchers said Monday that new techniques have allowed them to identify the oldest solid material ever found on earth. The stardust, formed five to seven billion years ago, came from a meteorite that fell to Earth 50 years ago in Australia, they said in a paper published in the journal PNAS. It came down in 1969 in Murchison, Victoria state, and scientists from Chicago's Field Museum have possessed a piece of it for five decades. Philipp Heck, the curator of meteorites at the museum, examined pre-solar grains, which are bits of stardust that become trapped in meteorites, making them time capsules of the period before the sun was born. "They're solid samples of stars, real stardust," Heck said in a statement. When the first stars died after two billion years of life they left behind the stardust, which formed into the block which fell to earth as the meteorite in Australia. Although researchers first identified the grains in 1987 their age could not be determined. But Heck and other colleagues recently used a new method to date these grains, which are microscopic in size. They are from silicon carbide, the first mineral formed when a star cools. To separate the ancient grains from the relatively younger ones, scientists crushed fragments of the meteorite into a powder. Then they dissolved it in acid, which left only the pre-solar particles. "It's like burning down the haystack to find the needle," says Heck. When dust is in space it is exposed to cosmic rays which slowly change its composition. This allows researchers to date it. A decade ago, only 20 grains from the meteorite were dated by a different method. Now, researchers have been able to determine the age of 40 grains, most of which are between 4.6 billion and 4.9 billion years old. These ages correspond to the moment when the first stars began to break up, and since that type of star lived for two to 2.5 billion years, the stardust can be as old as seven billion years. "These are the oldest solid materials ever found, and they tell us about how stars formed in our galaxy," Heck said. The new dating by this team confirms an astronomical theory which predicted a baby boom of stars before the formation of our sun, instead of a constant rhythm of star formation. "We basically came to the conclusion that there must have been a time in our galaxy when more stars formed than normal, and at the end of their lives they become dust-producing," Heck said. The task now is to apply the same method on other meteorites. But according to Heck, there are fewer than five known to be in collections and big enough to give up such secrets.

7 billion-year-old stardust is oldest material found on Earth

Musician and actor Johnny Flynn will be playing a young David Bowie in 'Stardust', a film about the rock star's first visit to the United States in 1971.

Jena Malone and Marc Maron will also star in the film that tracks the superstar's journey, wrote The Hollywood Reporter.

Flynn was last seen in London's West End, playing opposite Kit Harrington in Sam Shepherd’s 'True West,' reported Variety. Christopher Bell is writing the script and Gabriel Range of 'I Am Slave' will direct it.

Principal photography commences in June. London-based Salon Pictures is producing.&nbsp;Christopher Figg of Piccadilly Pictures is co-financing.

Flynn will next be seen in Working Title's upcoming Jane Austen adaptation 'Emma' with Anya Taylor-Joy.&nbsp;

Musician and actor Johnny Flynn will be playing a young David Bowie in 'Stardust', a film about the rock star's first visit to the United States in 1971. Jena Malone and Marc Maron will also star in the film that tracks the superstar's journey, wrote The Hollywood Reporter.

Musician and actor Johnny Flynn will be playing a young David Bowie in 'Stardust', a film about the rock star's first visit to the United States in 1971. Jena Malone and Marc Maron will also star in the film that tracks the superstar's journey, wrote The Hollywood Reporter. Flynn was last seen in London's West End, playing opposite Kit Harrington in Sam Shepherd’s 'True West,' reported Variety. Christopher Bell is writing the script and Gabriel Range of 'I Am Slave' will direct it. Principal photography commences in June. London-based Salon Pictures is producing. Christopher Figg of Piccadilly Pictures is co-financing. Flynn will next be seen in Working Title's upcoming Jane Austen adaptation 'Emma' with Anya Taylor-Joy.

Johnny Flynn to Play David Bowie in ‘Stardust’

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