Dawn Drops To 1470km Orbit, Snaps Sharper Pictures of Ceres
An anonymous reader writes: NASA's Dawn spacecraft, after an extensive series of high orbits around Ceres, has now dropped to just 1,470 kilometers over the dwarf planet's surface. It has begun an 11-day process to map the entirety of Ceres, which it will repeat several times over the next couple months. Its lower orbit now allows photo resolution of ~140 meters per pixel, and it has sent back some great images. "Engineers and scientists will also refine their measurements of Ceres' gravity field, which will help mission planners in designing Dawn's next orbit — its lowest — as well as the journey to get there. In late October, Dawn will begin spiraling toward this final orbit, which will be at an altitude of 230 miles (375 kilometers)."
That's pretty cool. Maybe it was made with an impact of another object from somewhere else. Does anyone know what the official scientists think it is?
God spoke to me
Why so Ceres?
I thought it said "Dow drops 1470" and had a minor arrhythmia.
Next time, attach a GoPro to a SpaceX rocket and save tens of billions of taxpayers money.
Dawn is such a typical Federal employee. From the article: "Dawn reached Ceres on March 6th, 2015". Doesn't it know that we taxpayers pay its salary, and that we're not paying for it to take five months to get within 1,470 km of the planet, and then another two to get within 375 km? I think we should fire Dawn and replace it with someone more competent. Maybe one of those Mars rovers is available for work.
First day, new eyes.
Get thee glass eyes, and, like a scurvy politician, seem to see things thou dost not.--King Lear
My first reaction was: "They misspelled DOW."
Anyone got an alternate link to the photo? Cos you beggars have killed NASA's servers yet again...
Donald 'Duck' Dunn: We had a band powerful enough to turn goat piss into gasoline.
Clearly it is at a good height now for imaging the whole surface, but as there is no atmosphere could it get down to a mountain scraping orbit? Just high enough to get round the lumps and bumps and variability in the roundness of the object? Would that enable it to image things at a really small pixel size?
I don't know if my brain is playing tricks on me but looking at the shadows I think the light source is on the right.
and for that bright feature the light is on the left side. which would mean that it's actually a crater, not a mountain.
After peering at these pictures for a while, trying to interpret the mounds and hollows I finally realised that the surface of Ceres is made of Angel Delight. To you non-UK folk out there, Wikipedia has a nice picture of butterscotch Angel Delight that may give you a flavour of what I'm trying to convey. It even has a few of those lumps that used to surface after it had been mixed unevenly, with the slight crunch.
The Earth is provably flat; level water proves it. Moonlight makes things colder (it's warmer in moonlight's shadow), unlike sunlight, so it's not reflected sunlight. A lunar eclipse has been witnessed with the sun also in the sky; this is impossible if the Earth is a ball.
NASA has been proven to lie. Why trust liars? They employ graphic artists to "wow" us.
Look through the strongest telescope you can; the planets are a bright light. It's only through NASA's "you have no access" devices that we can see higher resolution paintings. (Did you know the Vatican's telescope is named Lucifer?)
The ISS "space walk" footage is performed in a pool in Texas; look carefully at the footage and you can see bubbles arising. There aren't bubbles in space. This woman "on the ISS" permed her hair so we can't see it move around from the turbulence in the "vomit comet" airplane, in which the footage is being filmed; you can hear the airplane engines during said footage.
See http://ifers.boards.net/ as well as Samuel Rowbotham's "Zetetic Astronomy": http://www.sacred-texts.com/ea...
I feel fantastic, and I'm still alive.