#lbto

[fedearielsgraphics]

Happy birthday Maxwell!

[musicmastermind]

Well deserved!!! Can't wait for #NIGHT @maxwell #grammys2017 #LBTO 🙌🏾💜💜💜

[fumpkins]

Astronomers discover the first interstellar immigrant nestled in Jupiter’s orbit

Less than a year ago, astronomers discovered ‘Oumuamua, the first known object from another star system to pass through our own. Now, in a new study published today in the Monthly Notices of the Royal Astronomical Society: Letters, astronomers announced the discovery of the first interstellar object known to have taken up permanent residence around the Sun.

A perfect fit

Astronomers first discovered the asteroid in question, which has the succinct name (413107) 2015 BZ509 (or Bee-Zed for short), back in 2015 using the Panoramic Survey Telescope and Rapid Response System (Pan-STARRS). Though the initial discovery team noticed Bee-Zed had a very peculiar, yet stable orbit — it shares a nearly perfect one-to-one resonance with Jupiter, but travels in the opposite direction — they were unable to explain why the asteroid has this ‘retrograde’ motion.

“How the asteroid came to move in this way while sharing Jupiter’s orbit has until now been a mystery,” said Fathi Namouni, the study’s lead author, in a press release. “If 2015 BZ509 were a native of our system, it should have had the same original direction as all of the other planets and asteroids, inherited from the cloud of gas and dust that formed them.”

Planets and smaller sub-planetary objects are thought to form out of a dense disk of debris that encircles a newly formed star, called a protoplanetary disk. The material that makes up this disk is mainly gas and dust that was too loosely held to be incorporated into the star, but it’s still spinning in the same direction that the star spins. Over time, that disk of protoplanetary material begins to coalesce, ultimately forming a handful of planets, numerous moons, and countless asteroids and comets. However, all of these objects continue to travel in the same direction unless they are kicked out of their orbits through collisions, which does not seem to be the case for Bee-Zed.

The Large Binocular Telescope Observatory (LBTO) captured these images of asteroid 2015 BZ509 (circled) through each of its two 8.4-meter mirrors, establishing its retrograde co-orbital motion with Jupiter.

Wiegert et al.

Tracing Bee-Zed’s originsThe key insight of the new study comes from simulations the team ran that rewound Bee-Zed’s motion back 4.5 billion years, to an era when the planets were just finishing forming around the Sun. By using the simulations to trace Bee-Zed’s orbital evolution over huge swaths of time, the researchers showed that the asteroid has always moved in its current, perfectly choreographed orbit that nearly mirrors Jupiter. Therefore, Bee-Zed could not have formed from the co-orbiting disk of debris that surrounded the Sun during its planet-forming phase.

So, if it is not from this solar system, the researchers argue, then it must be from another star system, one that likely formed in the same stellar nursery as the Sun. “Asteroid immigration from other star systems occurs because the Sun initially formed in a tightly-packed star cluster, where every star had its own system of planets and asteroids,” said team member Helana Morais, in the press release. “The close proximity of the stars, aided by the gravitational forces of the planets, help these systems attract, remove, and capture asteroids from one another.”

Is the Sun special?

One of the most tantalizing off-shoots of this new discovery is the potential of future research to investigate how the Sun is similar — and more importantly, different — from its ancient siblings. If asteroid Bee-Zed is confirmed to originate from outside of the solar system, then it most likely came from a star system that was forged in the same star-forming cluster as the Sun. This means that astronomers can dissect the composition of Bee-Zed (either through spectroscopic analysis, or even a sample-return mission) to learn how it is chemically distinct from objects forged within our own solar system.

Furthermore, if astronomers can determine exactly which star system the asteroid initially came from, they may be able to learn how the Sun and Bee-Zed’s host star interacted in the distant past. This would teach us a great deal about the Sun’s early path to independence, helping us piece together our own cosmic origin story.

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New post published on: http://www.livescience.tech/2018/05/22/astronomers-discover-the-first-interstellar-immigrant-nestled-in-jupiters-orbit/

[alxndrasplace]

(ESA/Hubble)  This video zooms in on planetary nebula Messier 57, known as the Ring Nebula. The sequence begins with a view of the night sky near the constellation of Lyra. It then zooms through observations from the Digitized Sky Survey 2, and ends with a view of the nebula obtained by Hubble.The data of the region surrounding the Ring Nebula’s central region are provided by the Large Binocular Telescope Observatory.

Credit: NASA, ESA, Digitized Sky Survey 2, and the Large Binocular Telescope Observatory (LBTO)

About the Object Name: M 57, Messier 57, NGC 6720, Ring Nebula Type: Milky Way : Nebula : Type : Planetary

Source

[freakuotes]

"Tengo que decirte que eres lo..." - Ethan a Shaun. (Heavy Rain)

http://freakuot.es/LBTO

[yourastyle3]

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[reportersml-blog]

Who first saw the Ring Nebula? 238-year-old mystery is solved

Who first saw the Ring Nebula? 238-year-old mystery is solved

A composite image of the Ring Nebula captured using data from the Hubble Space Telescope Wide Field Camera 3 and the Large Binocular Telescope (LBT) in Arizona. (C. Robert O'Dell (Vanderbilt University)/David Thompson (LBTO)/NASA/ESA) (more…)

[destinationsama]

@maxwell in #samaeyewear "anything ain't nothing it's just." #lbto #lakebytheoceanremixvideo #summersIScoming #hideyawiveshideyakids ™@maxwell

[fedearielsgraphics]

King + Queen Of Hearts Tour Documentary out now on Tidal 

[mickeyadonis]

View this post on Instagram

A post shared by Michael Nero (@mchlnero)

Hope I'm not too late but here's my cover of Maxwell's Lake By The Ocean. @maxwell #lbtocovercontest #lbto @columbiarecords Would love to win the tickets for Essence Fest!

[fumpkins]

Astronomers discover the first interstellar immigrant nestled in Jupiter’s orbit

Less than a year back, astronomers found ‘Oumuamua, the very first recognized things from another galaxy to go through our own. Now, in a new study released today in the Month-to-month Notifications of the Royal Astronomical Society: Letters, astronomers revealed the discovery of the very first interstellar things understood to have actually used up irreversible home around the Sun.

An ideal fit

Astronomers initially found the asteroid in concern, which has the concise name (413107) 2015 BZ509(or Bee-Zed for brief), back in 2015 utilizing the Scenic Study Telescope and Rapid Reaction System (Pan-STARRS). Though the preliminary discovery group saw Bee-Zed had a really strange, yet steady orbit — it shares an almost best one-to-one resonance with Jupiter, however takes a trip in the opposite instructions– they were not able to describe why the asteroid has this ‘retrograde’ movement.

” How the asteroid pertained to relocate in this manner while sharing Jupiter’s orbit has actually previously been a secret,” stated Fathi Namouni, the research study’s lead author, in a news release. “If 2015 BZ509 hailed our system, it ought to have had the exact same initial instructions as all the other worlds and asteroids, acquired from the cloud of gas and dust that formed them.”

Planets and smaller sized sub-planetary items are believed to form from a thick disk of particles that surrounds a recently formed star, called a protoplanetary disk. The product that comprises this disk is generally gas and dust that was too loosely held to be included into the star, however it’s still spinning in the exact same instructions that the star spins. In time, that disk of protoplanetary product starts to coalesce, eventually forming a handful of worlds, many moons, and many asteroids and comets. Nevertheless, all these items continue to take a trip in the exact same instructions unless they are tossed out of their orbits through crashes, which does not appear to be the case for Bee-Zed.

. The Big Binocular Telescope Observatory (LBTO) recorded these pictures of asteroid 2015 BZ509(circled around) through each of its 2 8.4-meter mirrors, developing its retrograde co-orbital movement with Jupiter. .

Wiegert et al.

Tracing Bee-Zed’s origins The crucial insight of the brand-new research study originates from simulations the group ran that rewound Bee-Zed’s movement back 4.5 billion years, to an age when the worlds were simply completing forming around the Sun. By utilizing the simulations to trace Bee-Zed’s orbital advancement over substantial swaths of time, the scientists revealed that the asteroid has actually constantly relocated its existing, completely choreographed orbit that almost mirrors Jupiter. For that reason, Bee-Zed might not have actually formed from the co-orbiting disk of particles that surrounded the Sun throughout its planet-forming stage.

So, if it is not from this planetary system, the scientists argue, then it should be from another galaxy, one that most likely formed in the exact same excellent nursery as the Sun. “Asteroid migration from other galaxy happens due to the fact that the Sun at first formed in a tightly-packed star cluster, where every star had its own system of worlds and asteroids,” stated staff member Helana Morais, in journalism release. “The close distance of the stars, assisted by the gravitational forces of the worlds, assist these systems bring in, get rid of, and capture asteroids from one another.”

Is the Sun special?

Among the most alluring off-shoots of this brand-new discovery is the capacity of future research study to examine how the Sun is comparable– and more significantly, various– from its ancient brother or sisters. If asteroid Bee-Zed is verified to stem from beyond the planetary system, then it more than likely originated from a galaxy that was created in the exact same star-forming cluster as the Sun. This implies that astronomers can dissect the structure of Bee-Zed (either through spectroscopic analysis, or perhaps a sample-return objective) to discover how it is chemically unique from items created within our own planetary system.

Moreover, if astronomers can identify precisely which galaxy the asteroid at first originated from, they might have the ability to discover how the Sun and Bee-Zed’s host star engaged in the remote past. This would teach us a lot about the Sun’s early course to self-reliance, assisting us piece together our own cosmic origin story.

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New post published on: https://www.livescience.tech/2018/05/22/astronomers-discover-the-first-interstellar-immigrant-nestled-in-jupiters-orbit/

[karlfergusonjr]

Great times, great energy and great music... w/ @Maxwell 📷: @KarlFergusonJr for @WBLS1075nyc - Can't wait to pick up #blackSUMMERSnight! #SUMMERSiscoming #LBTO #maxwell (at 107.5 WBLS)

[trulimadlideepli]

@maxwell #LBTO #blacksummersnight #preorder #DONE 🏊🏽🌊💙

[imshanabana]

#lbto #maxwell #essence #myteam ❤️ (at Barclays Centre Brooklyn New York)

[deijonmarquis]

Check out Maxwell new video LAKE BY THE OCEAN out now on his much anticipated 2nd installment of the trilogy: "black SUMMERS' night." Fans who Shazam "Lake by the Ocean" can enter to win an all expense paid trip for 2 to Essence Festival in New Orleans.

(via https://www.youtube.com/watch?v=BsSu0bRZEHM)