Tag Archives: origin

Jeff Bezos’ Blue Origin is a ‘work-from-work’ company, says leaked email tightening office mandate – New York Post

  1. Jeff Bezos’ Blue Origin is a ‘work-from-work’ company, says leaked email tightening office mandate New York Post
  2. An Amazon exec says it’s time for workers to ‘disagree and commit’ to an office return: ‘I don’t have data to back it up, but I know it’s better’ Fortune
  3. Blue Origin tells staff to catch next rocket back to their desks The Register
  4. Blue Origin Tightens RTO Policy, Saying It’s ‘Work-From-Work’ Company Business Insider
  5. Amazon Exec Says He Has ‘No Data’ to Support Return-to-Office Mandate Business Insider
  6. View Full Coverage on Google News

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Geologists track the mysterious origin of giant ‘gravity hole’ in the Indian Ocean – Interesting Engineering

  1. Geologists track the mysterious origin of giant ‘gravity hole’ in the Indian Ocean Interesting Engineering
  2. IISc Study Reveals How a Giant ‘Gravity Hole’ Formed in the Indian Ocean | Weather.com The Weather Channel
  3. Is the giant GRAVITY HOLE in the Indian Ocean remnants of an ancient ocean? | WION Originals WION
  4. We May Know What’s Causing The Huge Gravity Anomaly Beneath The Indian Ocean IFLScience
  5. Did you know there’s a giant ‘gravity hole’ in Indian Ocean? IISc scientists may have found out why ThePrint
  6. View Full Coverage on Google News

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‘F*** off’: Brian Cox reveals origin of ‘Succession’ character’s catchphrase – CNN

  1. ‘F*** off’: Brian Cox reveals origin of ‘Succession’ character’s catchphrase CNN
  2. Brian Cox said he ‘felt nothing’ while filming his final ‘Succession’ scene and hinted that his character Logan Roy ‘gets what he needs’ in the end Yahoo! Voices
  3. “Read a book on it maybe”: Marvel Star Vincent D’Onofrio Blasts Succession Actor Brian Cox for Criticizing 4 Times Oscar Winner Daniel Day-Lewis After Open Disdain for Method Acting FandomWire
  4. Chris Wallace Fanbois Out With Succession’s Brian Cox — Says He Hopes To Be Told ‘F**k Off’ During Interview Mediaite
  5. Chris Wallace Asks Brian Cox to Tell Him to ‘F- Off’ Like His ‘Succession’ Character Would (Video) Yahoo Entertainment
  6. View Full Coverage on Google News

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US Energy Department assesses Covid-19 likely resulted from lab leak, furthering US intel divide over virus origin – CNN

  1. US Energy Department assesses Covid-19 likely resulted from lab leak, furthering US intel divide over virus origin CNN
  2. Republicans erupt after Energy Dept reportedly says COVID-19 likely came from Chinese lab: ‘We need answers’ Fox News
  3. Report: COVID-19 likely leaked from lab in Wuhan, China CBS New York
  4. WSJ News Exclusive | Lab Leak Most Likely Origin of Covid-19 Pandemic, Energy Department Now Says The Wall Street Journal
  5. US needs to hold China accountable for Wuhan lab leak, says 2024 presidential candidate Vivek Ramaswamy Firstpost
  6. View Full Coverage on Google News

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Uncharted Waters Origin global pre-registration now available

LINE Games Corporation [16 articles]” href=”https://www.gematsu.com/companies/line-corporation/line-games-corporation”>LINE Games has opened pre-registration for the global version of Free-to-Play [131 articles]” href=”https://www.gematsu.com/genres/free-to-play”>free-to-play seafaring sandbox RPG [14,854 articles]” href=”https://www.gematsu.com/genres/rpg”>RPG Uncharted Waters Origin [2 articles]” href=”https://www.gematsu.com/games/uncharted-waters-origin”>Uncharted Waters Origin, which will launch for PC [16,734 articles]” href=”https://www.gematsu.com/platforms/pc”>PC via Steam and FLOOR, iOS via App Store, and Android via Google Play in the first quarter of 2023.

Uncharted Waters Origin first launched in South Korea on August 23, 2022.

Here is an overview of the game, via LINE Games:

Co-developed by Motif [2 articles]” href=”https://www.gematsu.com/companies/motif”>Motif—LINE Game’s affiliate development company—and Koei Tecmo Games [2,897 articles]” href=”https://www.gematsu.com/companies/koei-tecmo-games”>Koei Tecmo Games, Uncharted Waters Origin is a seafaring sandbox RPG in which players can enjoy trade, Adventure [673 articles]” href=”https://www.gematsu.com/genres/adventure”>adventure and battle contents set in the 16th century Age of Discovery and commemorates the 30 years legacy of Koei Tecmo’s Uncharted Waters series.

To offer players ever more immersive experience, Uncharted Waters Origin uses real-world big data such as the direction and speed of wind, currents and waves. Built with 4K graphics of Unreal Engine 4, the game presents famous figures from world history, and surrounding details in 2D illustrations and 3D models.

Over 104 fully orchestrated soundtracks including the original tracks by YoKo Kanno, adds to the immersive experience. Launched first in South Korea, Uncharted Waters Origin has won four awards the 2022 Korea Game Awards, including Grand Prize, Best Scenario and Sound category.

Starting today and throughout February 20, interested players can pre-register for Uncharted Waters Origin on its main website. All pre-registered players will be rewarded with various items including ships, shipbuilding materials and equipment that can help boost an early start.

Watch a new set of trailers below.

Pre-Registration Trailer

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Uncharted Discovery: Mediterranean Sea

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Contents Preview: Battle

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Contents Preview: Trade

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Contents Preview: Voyage

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A “Missing Link” – Researchers Shed Light on the Origin of Complex Life Forms

Cryo-electron tomography provided insight into the cellular structure of a newly cultured Asgard archaeon illustrated here. Remarkable are the extensive actin cytoskeleton filaments (orange) in the cell bodies and cell protrusions, as well as the unique cell envelope (blue). Credit: © Margot Riggi, The Animation Lab, University of Utah

Researchers at the University of Vienna and ETH Zurich cultivate “missing link” microorganism.

What led to the emergence of complex organisms on Earth? It’s a significant unanswered question in biology. Researchers from Christa Schleper’s team at the University of Vienna and Martin Pilhofer’s team at ETH Zurich have taken a step towards resolving it.  The scientists succeeded in cultivating a special archaeon and characterizing it more precisely using microscopic methods.

This member of the Asgard archaea exhibits unique cellular characteristics and may represent an evolutionary “missing link” to more complex life forms such as animals and plants. The study was recently published in the journal Nature.

All life forms on earth are divided into three major domains: eukaryotes, bacteria and archaea. Eukaryotes include the groups of animals, plants and fungi. Their cells are usually much larger and, at first glance, more complex than the cells of bacteria and archaea. The genetic material of eukaryotes, for example, is packaged in a cell nucleus and the cells also have a large number of other compartments. Cell shape and transport within the eukaryotic cell are also based on an extensive cytoskeleton. But how did the evolutionary leap to such complex eukaryotic cells come about?

One of the currently most popular evolutionary theories assumes that eukaryotes (including animals, plants and fungi) arose from the fusion of an Asgard archaeon with a bacterium. Credit: © Florian Wollweber, ETH Zürich

Most current models assume that archaea and bacteria played a central role in the evolution of eukaryotes. A eukaryotic primordial cell is believed to have evolved from a close symbiosis between archaea and bacteria about two billion years ago. In 2015, genomic studies of deep-sea environmental samples discovered the group of the so-called Asgard archaea, which in the tree of life represent the closest relatives of eukaryotes. The first images of Asgard cells were published in 2020 from enrichment cultures by a Japanese group.

Asgard archaea cultivated from marine sediments

Christa Schleper’s working group at the University of Vienna has now succeeded for the first time in cultivating a representative of this group in higher concentrations. It comes from marine sediments on the coast of Piran, Slovenia, but is also an inhabitant of Vienna, for example in the bank sediments of the Danube. Because of its growth to high cell densities, this representative can be studied particularly well. “It was very tricky and laborious to obtain this extremely sensitive organism in a stable culture in the laboratory,” reports Thiago Rodrigues-Oliveira, postdoc in the Archaea working group at the University of Vienna and one of the first authors of the study.

Co-first author Rafael Ponce sampling marine sediment at the Seca Canal in Piran, Slovenia. Credit: © Thiago Rodrigues-Oliveira, Univ. Wien

Asgard archaea have a complex cell shape with an extensive cytoskeleton

The remarkable success of the Viennese group to cultivate a highly enriched Asgard representative finally allowed for a more detailed examination of the cells by microscopy. The ETH researchers in Martin Pilhofer’s group used a modern cryo-electron microscope to take pictures of shock-frozen cells. “This method enables a three-dimensional insight into the internal cellular structures,” explains Pilhofer.

Scanning electron micrograph of a Lokiarchaeum ossiferum cell showing the long and complex cell protrusions. Credit: © Thiago Rodrigues-Oliveira, Univ. Wien

“The cells consist of round cell bodies with thin, sometimes very long cell extensions. These tentacle-like structures sometimes even seem to connect different cell bodies with each other,” says Florian Wollweber, who spent months tracking down the cells under the microscope. The cells also contain an extensive network of actin filaments thought to be unique to eukaryotic cells. This suggests that extensive cytoskeletal structures arose in archaea before the appearance of the first eukaryotes and fuels evolutionary theories around this important and spectacular event in the history of life.

Future insights through the new model organism

“Our new organism, called Lokiarchaeum ossiferum, has great potential to provide further groundbreaking insights into the early evolution of eukaryotes,” comments microbiologist Christa Schleper. “It has taken six long years to obtain a stable and highly enriched culture, but now we can use this experience to perform many biochemical studies and to cultivate other Asgard archaea as well.” In addition, the scientists can now use the new imaging methods developed at ETH to investigate, for example, the close interactions between Asgard archaea and their bacterial partners. Basic cell biological processes such as cell division can also be studied in the future in order to shed light on the evolutionary origin of these mechanisms in eukaryotes.

Reference: “Actin cytoskeleton and complex cell architecture in an Asgard archaeon” by Thiago Rodrigues-Oliveira, Florian Wollweber, Rafael I. Ponce-Toledo, Jingwei Xu, Simon K.-M. R. Rittmann, Andreas Klingl, Martin Pilhofer and Christa Schleper, 21 December 2022, Nature.
DOI: 10.1038/s41586-022-05550-y



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Stranger of Paradise: Final Fantasy Origin DLC ‘Different Future’ launch trailer, details, and screenshots

Get the details below.

Stranger of Paradise: Final Fantasy Origin Additional Mission: Different Future

This long-awaited third instalment of season pass content sees Jack and his allies’ Adventure [660 articles]” href=”https://www.gematsu.com/genres/adventure”>adventures through time and space draw to a close.

Guided by an enigmatic moogle spirit, Jack and his allies travel to a city in another dimension.

Lufenians call this place Central. From here they observed a myriad of worlds and dimensions.

Yet it took only the mad delusions of one Lufenian to bring it all to ruin.

Jack strides deep into the heart of this ghostly city to break the fetters of this karmic juggernaut once and for all.

■ New Characters

The Emperor

The Emperor plans to take over the world, using all the magic and monsters at his disposal to do so, and his heart is set on the power of the crystals and chaos.

Moogle

A spirit who comes to Jack and his allies for help in saving Lufenia from interdimensional interference and fixing a broken future.

■ Story

The story of a group of warriors who fell before the darkness and gave themselves over to chaos.

A darkly deluded Lufenian who interferes with dimensions. Driven by a desire to restore the world to its former order and beauty, she summons otherworldly weapons from dimensional distortions with the aim of eradicating not just Jack, but the world itself.

Omega, an interdimensional weapon with the power to destroy gods. Omega will hunt Jack down using its arsenal of skills more powerful than anything Jack has come across before.

—Delta Attack: As well as dealing damage, this move can petrify you as well, so watch out!

—Wave Cannon: A deployed arcane circle fires a powerful beam.

■ Enemies

The Emperor appears before Jack and his allies, and he is hot on the trail of the moogle. His motives for coming to this dimension are different from the Lufenian, and he seems to have no intention of teaming up.

—Demon’s Hymn: The Emperor Summons a spectre who attacks you on his behalf. With this attack, he can summon gigas, coeurls and other monsters.

—Thirst for Chaos: An arcane circle appears in the player’s wake, from which a number of magical orbs arise and explode.

■ New Jobs

Musketeer

Hitting an enemy with the Job Action “Stun Bullet” can prevent the enemy from performing unblockable attacks.

Hunter

While the Job Action “Analyze” is in effect, a counter will increase each time you attack an enemy. The higher the counter, the more easily you will be able to pierce an enemy’s resistance and strike their weak points.

Gambler

Use the job Action [859 articles]” href=”https://www.gematsu.com/genres/action”>action “Roulette” to spin the wheel and use any two abilities chosen at random.

■ New Blacksmith Features

Imitation Materials Increase the Possibilities for Synthesis

Imitation materials are versatile materials that can be used at a blacksmith’s. Imitation materials can be used as a substitute for other materials when upgrading equipment or synthesizing new items.

Fabrication

A new feature of the blacksmith. Some say that it’s a Lufenian technology. Allows you to make replicas of equipment using imitation materials and blacksmith materials. Also makes it possible to replicate chaos effects.

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Blood Origin’ Has Netflix’s Worst Audience Scores Of All Time

What once seemed like it could be Netflix’s answer to Game of Thrones seems like it’s in serious trouble. The Witcher has lost Henry Cavill as its star after next season, and its first attempt at trying to expand its universe with a new live-action show seems to be going disastrously.

The good news first: The Witcher: Blood Origin is currently the #1 show on Netflix, indicating it’s got great viewership to propel it over the likes of Wednesday and Emily in Paris.

The bad news: What people are actually watching may make them wish they hadn’t bothered. Right now, in addition to having pretty poor critic scores, The Witcher: Blood Origin has literally the worst audience scores for a major Netflix original I’ve ever seen.

While a 35% from critics on Rotten Tomatoes is certainly not great, I suppose technically I’ve seen worse (my favorite Netflix stat is the double 0% for both of its 365 Days series of movies). But for audience scores? I’ve never seen a nine percent before.

The last time I was writing about a series with all-time low audience scores on Netflix, it was the now-cancelled Resident Evil series, which had a 22% from audiences. Back then, I just hadn’t seen anything close to that, even among other lambasted series. Even shows that were universally though of as pretty bad oftentimes ended up liked more by audiences than critics, like Jupiter’s Legacy, which had a 41% critic score and a 77% audience score, or Haters Back Off, a show that appears on many “worst Netflix shows” lists, at a 50% critic score with a 76% audience score. The only original I saw close to Resident Evil back then was Infinite Darkness, the CG RE series, which had a 50% critic score and a 39% audience score.

The Witcher: Blood Origin may be the worst reviewed series, between fans and critics, Netflix has ever seen. Why? Here are a few samplings from both groups:

  • “The TV equivalent, in a way, of a tangentially-related hyperlink that you end up clicking while reading about something else on Wikipedia.” – Ready Steady Cut (Critic Review)
  • “Lackluster, unoriginal and carried through on the promise of better things – The Witcher: Blood Origin is a mediocre affair. Michelle Yeoh is wasted, Lenny Henry lacks conviction and Minnie Driver goes some great narration. Best avoided.” – We Got This Covered (Critic Review)
  • “Bad. Just really really bad. I wonder when Netflix will reach the point where they can’t treat source material any worse. I certainly hope this is their lowest point finally, otherwise it might be time to leave this platform for good” = Al R (Audience Review)
  • “In a generic fantasy setting with several box ticking characters, a show with no soul rises from a place it should never have risen. Between abominable and atrocious, this non-Witcher has basically nothing worthy of noting. It does absolutely nothing for a Witcher fan: adds nothing, build nothing, had no character or resemblance with source material. I could watch the original Polish show that you might not even know that exists, but this was a little too much.” – Marcelo A (Audience Review)

Just brutal. I don’t know what exactly went wrong here, but Netflix really needs to figure it out to make sure whatever poisoned this series doesn’t translate into the last few seasons of The Witcher itself.

Update (12/27): Have seen some people wondering why we’re having this conversation at all, given that The Witcher is “obviously” being review-bombed into having such a low audience score (now down to 8%, at the time of this update). So, a few things to consider:

Yes, it is unfortunately true that many fantasy series that have cast women or people of color in prominent roles have received racist backlash. And yet none of those have been “review bombed” nearly as bad as what we’re seeing here with Blood Origin. That includes House of the Dragon (82%), Rings of Power (38%) and The Witcher itself (75%). If you want to expand outside fantasy to things we know were actively review bombed, many in the superhero space, even things like Ms. Marvel (80%), Captain Marvel (45%) and She-Hulk (33%) are still not close to Blood Origin’s 8%. Literally nothing is. It’s in a league of its own.

Second, you may want to actually…read the audience reviews before saying it’s some specific pushback to diverse casting. Going through them, I see maybe one comment about “politics” or “diversity” for every…fifty reviews? The vast, vast majority of them are not about that, nor are they mentioning Henry Cavill’s recent departure from the series, but they focus entirely on the weirdly poor production value of the show compared to The Witcher itself, and its wooden dialogue and performances.

Sure, it is certainly the case that The Witcher: Blood Origin is not the literal worst show in Netflix history, as these scores suggest. But to have scores this low, combined with low critic scores as well, something has gone seriously wrong here, and it’s a big deal considering The Witcher was supposed to be such a massive IP and world for Netflix to grow and expand in the future. And it feels like it’s all falling apart now.

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Pick up my sci-fi novels the Herokiller series and The Earthborn Trilogy.



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Rocket Report: Meet the Blue Origin Space Rangers; methane rocket fails in debut

Enlarge / Image taken from the Hakuto-R spacecraft after it separated from the Falcon 9 upper stage, which can be seen at right.

Canadensys/ispace

Welcome to Edition 5.21 of the Rocket Report. This the final edition of the Rocket Report for 2022. I will be taking about 10 days off for the holiday season this year, so the next newsletter will not be published until January 5. The good news? Ars and I have big things planned for coverage of space in 2023, so stay tuned for announcements about that. In the meantime, I hope everyone has an enjoyable holiday season!

As always, we welcome reader submissions, and if you don’t want to miss an issue, please subscribe using the box below (the form will not appear on AMP-enabled versions of the site). Each report will include information on small-, medium-, and heavy-lift rockets as well as a quick look ahead at the next three launches on the calendar.

Almost time to get charged up for Electron. After more than two years of delays, NASA and Rocket Lab are finally ready to conduct the first Electron launch from Wallops Island in Virginia on Friday, Space News reports. The latest delays were caused by a poor weather forecast for Thursday, and then a need to close out final documentation. The launch is now targeted for no earlier than Sunday, December 18. The mission will place into orbit three satellites for HawkEye 360, which operates a constellation of spacecraft that perform radio-frequency surveillance.

What does the F in FTS stand for, anyway? … The main delay was caused by a new autonomous flight termination system required for Electron launches from Wallops. David Pierce, director of NASA’s Wallops Flight Facility, said the final safety certification of what’s called the NASA Autonomous Flight Termination Unit was originally scheduled in time to support a mid-2020 first launch from Launch Complex-2. But during final checks of the software, engineers discovered numerous errors in the code. Eventually, Rocket Lab wants to launch the Neutron rocket from Virginia. (submitted by Ken the Bin)

Who is ready for Blue Origin Space Rangers? Variety reports that a production company co-founded by Michael Strahan, who flew to space on New Shepard in December 2021, is working with Blue Origin to develop an animated space adventure series for kids. It will be called “Blue Origin Space Rangers.” Stop laughing. I’m being serious over here.

Coming soon to Amazon Prime? … The show will include appearances of an animated Jeff Bezos as well as Strahan, a former NFL star. That might make it worth tuning in to, at least once. According to the producers, the show will “create multiple touchpoints for kids and families to explore, learn and deliver a one-of-a-kind space experience.” I’ll try to be positive and say it’s great to try to get kids interested in STEM. But I certainly hope this is not a distraction to all of the other work on Blue Origin’s plate.

The easiest way to keep up with Eric Berger’s space reporting is to sign up for his newsletter, we’ll collect his stories in your inbox.

After another delay, ABL slips to January. At the beginning of this month, ABL Space Systems provided a clear and detailed update on its multiple attempts to launch the RS1 rocket from Kodiak, Alaska. (This kind of transparency is much appreciated.) Then, on December 8, the company tried again, only to observe “unexpected electrical interference in our avionics system” shortly before the launch attempt.

Time needed for fixes … “The issue has only presented during live propellant ops, not dry vehicle testing or in the lab. This indicates a thermoelectrical or thermomechanical root cause,” the company stated on Twitter. “The team is implementing fixes and working towards a launch attempt during our next launch window opening on January 9.” Best of luck to ABL as it continues to press toward the debut of RS1.



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A Fireball That Exploded Over Canada Has Been Traced to a Very Unexpected Origin : ScienceAlert

Earth is under constant bombardment from space. Dust, pebbles, and chunks of rock fall into our atmosphere on a daily basis, sometimes burning up spectacularly in a blazing streak across the sky.

These bolides, or fireballs, are typically larger pieces of asteroid or comet that have broken off their parent body and wound up falling into Earth’s gravity well.

But scientists have ascertained that one such fireball that exploded over Canada last year is not the usual kind of meteor. Based on its trajectory across the sky, a team has traced the object all the way through the Solar System to a starting point in the Oort Cloud – a vast sphere of icy objects far, far beyond the orbit of Pluto.

It’s not extremely unusual for material from the Oort Cloud to be ejected and sent inwards towards the Sun. However, this one burned up and exploded in a manner that said it was made of rock, not the chunk of frozen ammonia, methane, and water we might expect of an Oort Cloud object.

It’s a discovery that suggests our understanding of the Oort Cloud could use a little tweaking.

“This discovery supports an entirely different model of the formation of the Solar System, one which backs the idea that significant amounts of rocky material co-exist with icy objects within the Oort Cloud,” says physicist Denis Vida of the University of Western Ontario in Canada.

“This result is not explained by the currently favored Solar System formation models. It’s a complete game changer.”

Visitors from the Oort Cloud that we’ve identified to date are extremely icy. They’re sometimes known as long-period comets, on orbits around the Sun that take hundreds to tens of millions of years, at random inclinations, and highly elliptical.

They’re thought to have been kicked out of the Oort Cloud between 2,000 and 100,000 astronomical units from the Sun by gravitational influences, and flung inwards on their looping paths.

Because a good number of these long-period comets have been identified, scientists have a decent idea of the characteristics they (and their orbits) have in common.

This brings us to 22 February 2021, when a fireball streaked across the sky some 100 kilometers (62 miles) north of Edmonton, Canada. It was observed and recorded by multiple instruments, including satellites and two Global Fireball Observatory cameras here on Earth.

For 2.4 seconds, these cameras tracked the meteor over 148.5 kilometers, giving scientists detailed data on the object’s trajectory and disintegration. Fireballs are thought to heat up and explode as atmospheric gases seep into minute cracks in the rock, pressurizing it from the inside and causing it to go boom.

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The object, Vida and his team found, was around 10 centimeters (4 inches) across, with a weight of around 2 kilograms (4.4 pounds). It was thought to have fallen deeper into the atmosphere than any icy object has ever been known to. In fact, its burn and disintegration were exactly consistent with a rocky fireball.

However, when the researchers used the data to calculate its inbound trajectory, the results they got were consistent not with the usual local meteor, but the orbit of a long-period comet.

“In 70 years of regular fireball observations, this is one of the most peculiar ever recorded. It validates the strategy of the Global Fireball Observatory established five years ago, which widened the ‘fishing net’ to 5 million square kilometers of skies, and brought together scientific experts from around the globe,” says astronomer Hadrien Devillepoix of Curtin University in Australia.

“It not only allows us to find and study precious meteorites, but it is the only way to have a chance of catching these rarer events that are essential to understanding our Solar System.”

From this one object, the researchers were also able to search the Meteorite Observation and Recovery Project database and published literature for possible Oort Cloud origins, and identified two other meteors: one that fell over Czechia in 1997, called the Karlštejn fireball, on an orbit similar to Halley’s Comet, and 1979 meteor MORP 441, which also had a comet-like trajectory.

This suggests that, rarely, rocky meteors might be winding up on Earth after a long journey from the Oort Cloud, thought to be primordial material left over from the formation of the Solar System. Figuring out how and why the objects remained rocky, and then ended up here, is the next step.

“We want to explain how this rocky meteoroid ended up so far away because we want to understand our own origins. The better we understand the conditions in which the Solar System was formed, the better we understand what was necessary to spark life,” says Vida.

“We want to paint a picture, as accurately as possible, of these early moments of the Solar System that were so critical for everything that happened after.”

The research has been published in Nature Astronomy.

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