Steve Squyres
Steve Squyres
Steven W. Squyresis the James A. Weeks Professor of Physical Sciences at Cornell University in Ithaca, New York. His research area is in planetary sciences, with a focus on large solid bodies in the solar system such as the terrestrial planets and the moons of the Jovian planets. Squyres is principal investigator of the Mars Exploration Rover Mission. He is the recipient of the 2004 Carl Sagan Memorial Award and the 2009 Carl Sagan Medal for Excellence in Communication in...
bedrock bit decision drive mostly north onto start swing terrain western
We can see most of the crater from where we are right now, and we've made the decision that we're going to traverse around it on its western side. We're actually going to start the drive around the crater by going north a little bit ... to get onto terrain that's mostly bedrock ... before we swing west.
beautiful believe signature taken truly
We have taken a beautiful 360-degree panoramic image, which I truly believe will be one of the signature accomplishments of this mission,
beautiful believe signature taken truly
We have taken a beautiful 360-degree panorama, which I believe is going to be truly one of the signature accomplishments of this mission.
driving hang
We're also really getting the hang of driving in this terrain.
changes compelling consider evidence flowing surface water
We've got some evidence, I think, of water flowing through the rocks, and changes in chemistry, I don't think we have what any of us would consider compelling evidence for surface water yet.
landing technique using
We're using the same landing technique that Pathfinder used.
again carefully caused checking concern fire immediate lengthy next recovering spacecraft standard takes time whatever whether
Unfortunately, recovering from something like a reset is a slow, lengthy process. You don't know what caused the problem, and the immediate concern is that whatever triggered it will do it again next time you try it. The thing you have to do is fire up each of the rover's capabilities one at a time, checking each one carefully and individually to see whether it would cause another reset or not. Standard spacecraft troubleshooting practicebut it takes time.
dipping geology says similar textures
It's very similar in composition, with very similar textures when you look at it with a microscope, but it's dipping in all different directions. What it says is that the geology around here is pretty complicated.
appear berries bit clearly debating numerous rocks seem seen smaller
The berries are more numerous here, and some seem to be smaller than any weve ever seen. And interestingly, some dont appear to be round. Were still debating what this means, but clearly the hematite is distributed a bit differently here than it has been in any other rocks weve seen at Meridiani,
expect
So expect to see a very big panorama from this spot.
sit
So don't sit here and think, 'Oh, we're going to go to the hills.' We're going to go 'toward' the hills,
challenges deal financial huge launch pad technical
They'd had to deal with huge technical as well as financial challenges. Just to get Beagle 2 to the launch pad is a huge accomplishment.
carefully compelling deciding downhill driving experience factor finding found geology good head learn loose move offers pace respect sand slower sort stuff targets truly uphill vehicle whereas year
With respect to how long it's going to take us to get down the hill, we don't have a whole lot of experience driving this vehicle downhill -- we've been going uphill for more than a year now. We're going to have to take it carefully at first and learn as we go. I think the deciding factor is going to be how good the geology is. If we're finding geology that offers truly compelling targets (for study) as we found on the way up, then our pace is going to be a lot slower whereas if it's a lot of loose sand and that sort of thing we'll be able to move through it a lot more briskly and head to the good stuff off in the distance.
climb field figure geologist geologists hill land lay nearest robotic spirit top
What field geologists typically do - and Spirit is a robotic field geologist - is you climb to the top of the nearest hill and take a look around so you get the lay of the land and figure out where you want to go,