Dec. 29, 2025
Doomsday Dance: Ramses Mission and the Secrets of Apophis
SpaceTime with Stuart Gary Gary - Series 28 Episode 153 In this episode of SpaceTime, we dive into thrilling new missions and groundbreaking discoveries in the universe. Ramses Mission to Asteroid Apophis The European Space Agency has greenlit an...
SpaceTime with Stuart Gary Gary - Series 28 Episode 153
In this episode of SpaceTime, we dive into thrilling new missions and groundbreaking discoveries in the universe.
Ramses Mission to Asteroid Apophis
The European Space Agency has greenlit an exciting new mission to study the infamous doomsday asteroid Apophis. The Ramses spacecraft will closely observe the 450-meter-wide asteroid as it makes a close flyby of Earth on April 13, 2029, at a mere 32,000 kilometers away—closer than many satellites. Initially feared to be on a collision course with Earth, further observations have since ruled out the threat of impact. However, the Ramses mission aims to understand how Earth's gravitational forces might affect Apophis during this close encounter, potentially setting the stage for future impacts. The spacecraft will deploy smaller probes to monitor changes in Apophis's orbit, rotation, and surface, providing vital data for planetary defense and insight into the evolution of asteroids.
Solving the Mystery of Existence
In a groundbreaking study, scientists at CERN have made strides in explaining the universe's existence by observing a slight imbalance in the behavior of matter and antimatter. This charge parity (CP) violation suggests that a tiny difference favored matter over antimatter during the Big Bang, allowing the universe to evolve into its current state. The findings, based on 80,000 decays of the Lambda beauty particle, indicate a significant deviation that could reshape our understanding of the cosmos.
The Largest Planetary Nursery Ever Seen
Astronomers have discovered the largest planetary nursery ever observed, located in a massive protoplanetary disk around a young star. This chaotic environment, cataloged as IRAS230776707, spans an astonishing 650 billion kilometers and showcases intricate structures that hint at the complex processes of planet formation. The observations, made using NASA's Hubble Space Telescope, reveal a unique perspective on how planetary systems may develop in extreme conditions, raising new questions about the dynamics shaping these disks.
www.spacetimewithstuartgary.com
✍️ Episode References
Astrophysical Journal
Nature
CERN Reports
Become a supporter of this podcast: https://www.spreaker.com/podcast/spacetime-your-guide-to-space-astronomy--2458531/support.
(00:00:00) This is Space Time Series 28, Episode 153 for broadcast on 29 December 2025
(00:00:47) ESA's Ramses mission to study asteroid Apophis
(00:12:30) CERN's discovery of matter-antimatter imbalance
(00:20:10) Astronomers observe the largest protoplanetary disk ever found
(00:25:00) New insights into sleep apnea and mental health risks
(00:28:30) Potential discovery of a new ancient human species
In this episode of SpaceTime, we dive into thrilling new missions and groundbreaking discoveries in the universe.
Ramses Mission to Asteroid Apophis
The European Space Agency has greenlit an exciting new mission to study the infamous doomsday asteroid Apophis. The Ramses spacecraft will closely observe the 450-meter-wide asteroid as it makes a close flyby of Earth on April 13, 2029, at a mere 32,000 kilometers away—closer than many satellites. Initially feared to be on a collision course with Earth, further observations have since ruled out the threat of impact. However, the Ramses mission aims to understand how Earth's gravitational forces might affect Apophis during this close encounter, potentially setting the stage for future impacts. The spacecraft will deploy smaller probes to monitor changes in Apophis's orbit, rotation, and surface, providing vital data for planetary defense and insight into the evolution of asteroids.
Solving the Mystery of Existence
In a groundbreaking study, scientists at CERN have made strides in explaining the universe's existence by observing a slight imbalance in the behavior of matter and antimatter. This charge parity (CP) violation suggests that a tiny difference favored matter over antimatter during the Big Bang, allowing the universe to evolve into its current state. The findings, based on 80,000 decays of the Lambda beauty particle, indicate a significant deviation that could reshape our understanding of the cosmos.
The Largest Planetary Nursery Ever Seen
Astronomers have discovered the largest planetary nursery ever observed, located in a massive protoplanetary disk around a young star. This chaotic environment, cataloged as IRAS230776707, spans an astonishing 650 billion kilometers and showcases intricate structures that hint at the complex processes of planet formation. The observations, made using NASA's Hubble Space Telescope, reveal a unique perspective on how planetary systems may develop in extreme conditions, raising new questions about the dynamics shaping these disks.
www.spacetimewithstuartgary.com
✍️ Episode References
Astrophysical Journal
Nature
CERN Reports
Become a supporter of this podcast: https://www.spreaker.com/podcast/spacetime-your-guide-to-space-astronomy--2458531/support.
(00:00:00) This is Space Time Series 28, Episode 153 for broadcast on 29 December 2025
(00:00:47) ESA's Ramses mission to study asteroid Apophis
(00:12:30) CERN's discovery of matter-antimatter imbalance
(00:20:10) Astronomers observe the largest protoplanetary disk ever found
(00:25:00) New insights into sleep apnea and mental health risks
(00:28:30) Potential discovery of a new ancient human species
The Astronomy, Space, Technology & Science News Podcast.
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This is Spacetime Series twenty eight, episode one hundred and
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fifty three, for broadcast on the twenty ninth of December
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twenty twenty five. Coming up on space Time, the Ramsey's
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mission to study the doomsday asteroid Apofas, solving the mysteries
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of existence, and the largest planetary nursery ever seen. All
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that had more Coming up on space Time.
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Welcome to space Time with Stuart Gary.
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The European Space Agency has approved a new mission to
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study the doomsday asteroid Apofae. The Ramsey spacecraft will study
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the four hundred and fifty meter white space rock as
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it swoops down close to the Earth on April thirteenth,
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twenty twenty nine. Apofas will fly by Earth at a
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distance of just thirty two thousand kilometers, and that's closer
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than the orbits of many satellites. Apofice is often called
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the doomsday asteroid because early calculations back in twenty oh
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four warned of a two point seven percent chance of
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the asteroids slamming into the Earth. There were real fears
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that it was on an impacting orbit, but as more
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and more observations about the asteroid's orbit came in that
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possibility was eventually ruled out, So the good news is
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it wasn't going to crash into the planet in twenty
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twenty nine, but it was going to come awfully close. However,
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further calculations suggested that depending on how the Earth's gravitational
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pull effects ap Office during that close encounter, the asteroid
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would pass through a sort of well, I guess you'd
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call it a gravitational keyhole, about eight hundred meters in diameter,
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and if it went through the keyhole in the right way,
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it could be set up for a future impact on
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Earth exactly seven years later, on Easter Sunday, April the thirteenth,
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twenty thirty six. In fact, the possibility of an Earth
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impacting collision kept the threat at a level one on
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the Tourino impact scale until August twenty oh six. That's
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when enough observations of the asteroids orbit were available to
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rule out any likelihood of a collision. However, for a
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while there, Apofus did set the record as the highest
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rating ever on the Tarinos scale, and it's not worth
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getting too comfortable. It's estimated that an asteroid as big
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as a pofice comes close to the Earth every eight
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hundred years or so, and it's also estimated that an
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asteroid that size hits the Earth at least once every
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eighty thousand years on average. That means we're already overdue
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for the next impact. The RAMSEYS mission will be a
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joint venture between the European Space Agency and the Japan
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Aerospace Expiration Agency JACKSA. It will launch in April twenty
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twenty eight, arriving at a p office in February twenty
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twenty nine, providing a unique optuny unity to study the
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effects of Earth's gravitational tidal forces on asteroids, in the
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process gaining new information necessary for future planetary defence. RAMSES
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will be equipped with a high resolution imager that will
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observe the shape and surface of the asteroid and characterize
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possible changes caused by its gravitational poll see. At that distance,
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Earth's immense gravity will slightly deform the asteroid, influence its rotation,
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and possibly even trigger small debris avalanches on the asteroid surface,
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exposing material in its interior to the surface which would
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otherwise have remained hidden. The imager will be able to
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analyze the reflectance of the surface of different wavelengths that
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determine its mineralogical and its chemical composition, as well as
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the physical properties of the rocks and dust exposed on
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the surface. The flyby will allow astronomers a chance to
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study this asteroid in great detail. The data obtained from
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the mission will be crucial to improving mechanisms for protecting
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Planet Earth from future asteroid in as well as to
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better understand the formation and evolution of these small celestial bodies.
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This report from iSER.
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TV Friday, the thirteenth of April twenty twenty nine will
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be Humankind's lucky day. A Poffice will safely pass Earth
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at a distance of less than thirty two thousand kilometers.
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An asteroid this large passes this close to Earth once
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every roughly seven thousand years, and the European Space Agency
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will have a front row seat. Meat Ramsey. ESA's Space
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Safety program is sending Ramseys to rendezvous with the Poffice
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and study the asteroid up close as it is pulled
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and stretched by Earth's gravity. Ramses will deploy too smaller
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spacecraft to help it record any changes to the asteroid's orbit, rotation, surface,
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and interior. With Ramseyes, ISA is capitalizing on a unique
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opportunity to learn how asteroids act as strong forces, and
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how we could push one off of a collision course
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if we are not so lucky. Next time, when the
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world looks up to see a poffice passing overhead, Ramses
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will be flying alongside, providing close up images and learning
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how to keep Earth safe.
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This is space time still to come. Scientists may finally
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have found an explanation for why the universe exists, and
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we look at the largest planetary nursery ever seen. All
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that are more still to come on space time. Scientists
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may finally have found an explanation for why the universe exists. See,
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the problem's always been equal amounts of matter and antimatter
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were created in the Big Bang thirteen point eight billion
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years ago, and the thing is matter and antimatter annihilate
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each other when they come into contact. So theoretically, the
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universe should have disappeared in a flash of blue gamma
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ray radiation moments after it formed, leaving behind nothing but
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a barren, empty, radioactive void. Yet here we are in
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a matter dominated universe. This phenomenon is known as the
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charge parity or CP violation, and it can't be explained
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by physics, at least not until now, physicists at CERN,
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the European organization for Nuclear Research, have been using the
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world's largest particle accelerator, the Large Hadron Collider, to observe
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a slight imbalance in the way matter and antimatter behave
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during high enagure collisions. The Large Hadron Collider is a
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massive atom smasher located in a twenty seven kilometer long
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circular tunnel near Geneva deep under the I guess with sporder.
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Packets of subatomic particles are accelerated around the collider in
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two tubes in opposite directions, traveling at some ninety nine
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point nine nine nine nine percent the speed of light.
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These particles can then be made to smash into each
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other at four massive detectors located in huge cathedral like
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cabins situated around the collider, where the impact debris and
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its decay constituents can be studied. Now are reporting The
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journal Nature claims that in an analysis of some eighty
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thousand decays of a particle known as the Lamba beauty baryon,
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scientists have discovered that its antimatter counterpart decays just a
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little bit differently, about two point five percent compared to
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its matter particle. Now, that two point five percent may
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not sound like much, but statistically it's a significant deviation,
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and the discovery itself has only a one in ten
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million chance of being a fluke, so a tiny imbalance
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in the universe when it came into being favored matter
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of antimatter, and that tiny microscopic difference was enough to
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allow all the stars, planets, galaxies life to emerge. It's
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not the first time CP violation had been detected, but
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the only previous detection was in mesons. In other words,
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this is the first time that such an asymmetry has
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been found in baryons. The findings are hugely significant because
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they bring scientists a step closer to understanding how everything
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we know about has survived and our universe has evolved.
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This is space time still to come, the largest birthplace
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of planets ever found, and later in the science report,
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the possible discovery of a new ancient human species. All
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that and more still to come on space time, Astronomers
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have observed the largest planetary nursery ever seen, located in
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a massive protoplanetary disc orbiting a distant young star. The findings,
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reported in the Astrophysical Journal are showing an incredibly chaotic
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and turbulent environment, with wisps of material stretching further above
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and below the disc the astronomers have ever expected. Even
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more strangely is the dichotomy of the filaments. They seem
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to be far more visible on one side of the
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disk than the other, and no one's quite sure why.
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The disc, cataloged as Iras twenty three zero seven seven
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plus sixty seven zero seven and nicknamed Dracula Chevito, is
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located a thousand light years away in the direction of
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the constellation Cepheus. Now kesh, you're wondering. A chevito is
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a Uruguayan sandwich of sliced beefsteak, mozzarella, ham, tomatoes, mayonnaise,
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and either black or green olives. Of course, Dracula could
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never really eaten one, because well, after all, vampires only
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consumed blood. Still, the name playfully reflects the heritage of
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the studies authors, one of whom is from Transylvanian Romania
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and the other from Uruguay, and in fact, the edge
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on view of this protoplanetary disc really does resemble a
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sort of hamburger, with a dark central lane flanked by
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glowing top and bottom layers of dust and gas. The
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observations were made using NASA's Hubble Space telescope. They mark
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a new milestone for Hubble, shedding light on how planets
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may form in extreme environments. This massive protoplanetary disc spans
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some six hundred and fifty billion kilometers. Now that's some
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forty times the diameter of our entire Solar system. Measured
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from the very outer edge of the Kaiper Belt, the
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disc obscures the young star at its center. Scientists think
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it's possibly either a hot massive star or maybe a
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pair of small sun like stars. And this enormous disc
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is not only the largest known planetary forming disk ever seen,
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it's also shaping up as the most unusual the studies.
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Lead author Christina Monsch from the Harvard Smithsonian Center for Astrophysics,
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says the level of details seen in this image is
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rare in protoplanetary disc observations. It shows how planetary nurseries
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really can be far more active in chaotic than what's expected.
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Astronomers are seeing this disc nearly air john and its
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wispy upper and lower asymmetric layers are especially striking. Both
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Hubble and web space telescopes have imaged similar structures in
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other discs, but this new observation is providing an exceptional perspective,
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tracing its substructures in visible light in unprecedented detail, and
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that makes this system incredibly unique, a new laboratory for
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studying planetary formation and the environments where it can happen.
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The impressive height of these extended filaments wasn't the only
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thing that captured the attention of scientists. The new images
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also revealed that vertically imposing filament like features appear on
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just one side of the disk, or the other appears
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to have a sharp edge and no visible filaments. This
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peculiar lopsided structure suggests the dynamic processes like a recent
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infall of dust and gas, or interactions with its surroundings
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is shaping the disc. Astronomers already know that all planetary
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systems are formed from disks of gas and dust encircling
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young stars. Over time, through static electricity, gas and dust
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tends to clump together, eventually growing massive enough for gravity
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to take over and to create more and more material
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until the planet's formed. Finally, the gas and dust that
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doesn't go to making the planet, it crets under the
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star and so what we're seeing this new protoplanetary disk.
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They simply represent a scaled up version of our own
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early solar system, what it looked like four point six
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billion years ago, but with a massive disc estimated to
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be ten to thirty times that of Jupiter, ample material
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per forming modible gas giants, Monch says. In theory, this
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new system could host a vast planetary network. What planetary
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formation may differ in such massive environments. The underlying processes
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are thought to still be similar, but following these new observations,
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astronomers have more questions than answers. Luckily, these new images
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are a great starting point for understanding how planets form
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over time and in what sort of different environments they
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can evolve. This is space, time and time that To
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take a brief look at some of the other stories
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making news in science this week with a science report,
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A new study has found that sleep apnea is linked
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to a forty percent higher chance of developing some sort
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of mental health problem. The findings are reported in the
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Journal of the American Medical Association. Is based on data
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from a long term aging study in Canada used to
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identify all the people who are likely to suffer from
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sleep apnea. Almost twenty eight thousand old Canadians were followed
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for an average of three years for the study, about
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seven thousand, five hundred of whom suffered from sleep apnea.
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Looking at various indicators of mental health problems, the authors
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found that sleep apnea was linked to about a forty
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percent higher chance of having a mental health problem at
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the beginning of the study and forty four percent higher
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chance of mental health problems by the end of the study.
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Paralontologists from La Trobe and Cambridge Universities have challenged the
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classification of one of the world's most complete human ancestral fossils,
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raising the possibility that it actually represents a new hominid
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or human species. The fossil, found in South Africa's famous
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Sturfontaine Caves in nineteen ninety eight, was dubbed Littlefoot, and
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had been widely believed to be a member of the
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Australopithecus genus, a lineage of ape like upright walkers that
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lived in Africa between three million and one point ninety
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five mision years ago. Littlefoot, known formally as STW five
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seven three, remains one of the most complete ancient hominids
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in the fossil record, but the new research reported in
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the American Journal of Biological Anthropology names littlefoot doesn't share
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the unique squeed of traits of other Australopithecus genus species,
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and that is raising the possibility that it may actually
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represent a you previously unidentified human relative, and that highlights
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the need for further careful evidence based taxonomomy. Doctors have
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reported the unusual case of a fit, healthy man in
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his fifties who ended up having a stroke in extremely
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high blood pressure after consuming an average of eight cans
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of energy drinks every day now that's some three times
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the recommended maximum daily intake of caffeine now. Once he
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was weaned off the beverage, the patient's blood pressure did
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eventually return to normal, but he didn't regain fulfiling on
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