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bobs_uruncle
reply to post by Brucee
Why is it that these bloody announcements come out like they are coming from a game show host? Wait for it now, let's build the suspense, we're going to tell you, just now, a few heartbeats, get that anticipation going.
It's retarded!
It's not a game show or reality TV. Has science sunk this low?
Cheers - Dave
Soylent Green Is People
bobs_uruncle
reply to post by Brucee
Why is it that these bloody announcements come out like they are coming from a game show host? Wait for it now, let's build the suspense, we're going to tell you, just now, a few heartbeats, get that anticipation going.
It's retarded!
It's not a game show or reality TV. Has science sunk this low?
Cheers - Dave
They want their announcements to get noticed (especially noticed by the scientific community).
More notoriety can create greater peer acceptance , Greater peer acceptance can mean more grant money. More grant money means they can study more of what they want to study. One way to get noticed is to create a little anticipation.
edit on 3/25/2014 by Soylent Green Is People because: (no reason given)
oriondc
reply to post by Brucee
I think it's this: www.wral.com...
Good find oriondc ...
I did a search on Google for the researcher's name (Felipe Braga-Ribas) and it pulled up a single article posted about 30 minutes ago on the WRAL website. The page has since been removed, but I guess Google's engine found it just in time. There is only this bit of text available on the Google news page:
Brazlian researchers discover asteroid with rings
WRAL.com-32 minutes ago
says Felipe Braga-Ribas (Observatório Nacional/MCTI) author of the paper. Researchers observed Chariklo during a June 2013 occultation ...
Doesn't sound like a missing planet to me.
ngchunter
Quadrivium
benrl
Or it could be something as mundane as a variation in the Ort cloud we did not expect.
Scientist get excited for things, most normal people would shrug at.
Ill hope for something Monumental, but its probably a surprise in minor planetoids (like pluto) or some other abstract concept they have miss calculated.
While advancing human knowledge, does little for the here and now, just trying to maintain perspective.
Nasa press breifings have burned any excitement outta me for these things.
Or it might be that they have actually found evidence that the Oort Cloud exists. It is currently only a working hypothesis. .....correct?
No, it's much more than that. We can see the aphelion distances of long period comets, so unless the laws of celestial mechanics are fundamentally and completely wrong, yes it exists. Those comets, even the ones with high eccentric orbits that brought them very close to the sun, spent most of their orbit and most of their lives far from the sun at Oort cloud distances. While we have yet to be able to observe any at Oort cloud distances in orbits that do not bring them into the inner solar system, that is simply because there's not enough light reflecting from dark cometary bodies at those distances for us to detect them. Nevertheless, we know that the Oort cloud exists in some form or another because we can see long period comets that came from that region. The exact characteristics and distribution of Oort cloud bodies remains to be seen and probably won't be seen in our lifetimes. But there is a difference between that and simply dismissing the Oort cloud's existence as a mere "working hypothesis."
Quadrivium
ngchunter
Quadrivium
benrl
Or it could be something as mundane as a variation in the Ort cloud we did not expect.
Scientist get excited for things, most normal people would shrug at.
Ill hope for something Monumental, but its probably a surprise in minor planetoids (like pluto) or some other abstract concept they have miss calculated.
While advancing human knowledge, does little for the here and now, just trying to maintain perspective.
Nasa press breifings have burned any excitement outta me for these things.
Or it might be that they have actually found evidence that the Oort Cloud exists. It is currently only a working hypothesis. .....correct?
No, it's much more than that. We can see the aphelion distances of long period comets, so unless the laws of celestial mechanics are fundamentally and completely wrong, yes it exists. Those comets, even the ones with high eccentric orbits that brought them very close to the sun, spent most of their orbit and most of their lives far from the sun at Oort cloud distances. While we have yet to be able to observe any at Oort cloud distances in orbits that do not bring them into the inner solar system, that is simply because there's not enough light reflecting from dark cometary bodies at those distances for us to detect them. Nevertheless, we know that the Oort cloud exists in some form or another because we can see long period comets that came from that region. The exact characteristics and distribution of Oort cloud bodies remains to be seen and probably won't be seen in our lifetimes. But there is a difference between that and simply dismissing the Oort cloud's existence as a mere "working hypothesis."
No, it really is not more than a working hypothesis. I am not saying it does not exist, just that there is no "concrete" evidence.
Quad
butcherguy
NIBURU!
There, I said it first.....
Not that I believe it.
ngchunter
Quadrivium
ngchunter
Quadrivium
benrl
Or it could be something as mundane as a variation in the Ort cloud we did not expect.
Scientist get excited for things, most normal people would shrug at.
Ill hope for something Monumental, but its probably a surprise in minor planetoids (like pluto) or some other abstract concept they have miss calculated.
While advancing human knowledge, does little for the here and now, just trying to maintain perspective.
Nasa press breifings have burned any excitement outta me for these things.
Or it might be that they have actually found evidence that the Oort Cloud exists. It is currently only a working hypothesis. .....correct?
No, it's much more than that. We can see the aphelion distances of long period comets, so unless the laws of celestial mechanics are fundamentally and completely wrong, yes it exists. Those comets, even the ones with high eccentric orbits that brought them very close to the sun, spent most of their orbit and most of their lives far from the sun at Oort cloud distances. While we have yet to be able to observe any at Oort cloud distances in orbits that do not bring them into the inner solar system, that is simply because there's not enough light reflecting from dark cometary bodies at those distances for us to detect them. Nevertheless, we know that the Oort cloud exists in some form or another because we can see long period comets that came from that region. The exact characteristics and distribution of Oort cloud bodies remains to be seen and probably won't be seen in our lifetimes. But there is a difference between that and simply dismissing the Oort cloud's existence as a mere "working hypothesis."
No, it really is not more than a working hypothesis. I am not saying it does not exist, just that there is no "concrete" evidence.
Quad
Again, you're wrong. It is much more than a working hypothesis and I don't care how many times you want to deny it. We can see the aphelion distances of long period comets, so unless the laws of celestial mechanics are fundamentally and completely wrong, yes it exists. What part of that do you not understand?edit on 25-3-2014 by ngchunter because: (no reason given)
On March 26th, 2014 a team lead by Brazilian astronomers announced the discovery of rings around Chariklo by watching a stellar occultation using ESO facilities.
The European Southern Observatory announced this week the discovery of rings around an asteroid 1.4 billion miles from Earth. Chariklo is the largest of the class of asteroids orbiting the sun between Saturn and Uranus known as Centaurs. Results were published online today in the journal Nature.
Rings are not an unusual feature in the solar system. Each of the outer planets: Jupiter, Uranus, Neptune and of course Saturn have rings. However Chariklo is the smallest ringed body found to date.
Just 160 miles wide, Chariklo's ring system spans 12 miles with a five-mile gap between two dense rings.
"We weren't looking for a ring and didn't think small bodies like Chariklo had them at all, so the discovery – and the amazing amount of detail we saw in the system – came as a complete surprise!" says Felipe Braga-Ribas (Observatório Nacional/MCTI) author of the paper.
Researchers observed Chariklo during a June 2013 occultation visible only from South America. As the asteroid passed in front of star UCAC4 248-108672, the star's brightness dimmed as expected. However it also dimmed seconds before and after. Comparisons of observations made from seven telescopes allowed researchers to construct a detailed view of the asteroid as well as the shape, width and orientation of the rings.
The rings, provisionally named Oiapoque and Chuí for rivers in Brazil, may be debris created by a past collision.
"So, as well as the rings, it's likely that Chariklo has at least one small moon still waiting to be discovered," added Ribas.
Wolfenz
a Dead Star ( Brown Dwarf )
a Binary Star System we have ? Perhaps