Ooh! I want to see that!
I joined the stream late though.
133mhz processor in the rover
4GB storage, the onion was half there
Actually I think it's a matter of protection from radiation, movement, etc. The electronics aren't so small and therefore less likely to suffer damage from radiation.
Ooh! I want to see that!
I joined the stream late though.
Totally, an off-the-shelf laptop versus a suped-up General Dynamics rugged ultra-portable microcomputer.It's a couple of heavy duty computers you're not going to get at Best Buy.
3.88 fps looking down from the skycrane dropping, thrusting to a save level then preparing the rover, its only like 10 seconds worth but it was cool to see.
They published that a couple of days ago - here you go.
Actually I think it's a matter of protection from radiation, movement, etc. The electronics aren't so small and therefore less likely to suffer damage from radiation.
I'm confused. Diablohead is mentioning Skycrane footage, which is why I got excited. Wasn't Skycrane the hovering craft, that lowered the rover to the ground?
The footage in that link is just from the bottom of the rover. Not from the Skycrane.
wtf nasa are stingier than Nintendo.
Or two 1/6ths of a GameCube duct-taped together.It's based on the Power PC750, so it's like 1/3 of a gamecube.
I'm confused. Diablohead is mentioning Skycrane footage, which is why I got excited. Wasn't Skycrane the hovering craft, that lowered the rover to the ground?
The footage in that link is just from the bottom of the rover. Not from the Skycrane.
133mhz processor in the rover
4GB storage, the onion was half there
Or two 1/6ths of a GameCube duct-taped together.
I missed the conference, but it looks like they named the landing site Yellowknife.what's this yellowknife stuff you're talking about?
I missed the conference, but it looks like they named the landing site Yellowknife.
Yellowknife is the name of 51st Quadrangle of the Landing Ellipse, not the landing site (according to MSL team). Via the telephone, a reporter asked a series of questions about the choice and specific usage of this name. Her questions couldn't be answered directly by the panel, eventually someone from the audience responded; and then later, the head of [the landing site team?] explained the Earth-Mars connection.I missed the conference, but it looks like they named the landing site Yellowknife.
Yellowknife is the name of 51st Quadrangle of the Landing Ellipse, not the landing site (according to MSL team). Via the telephone, a reporter asked a series of questions about the choice and specific usage of this name. Her questions couldn't be answered directly by the panel, eventually someone from the audience responded; and then later, the head of [the landing site team?] explained the Earth-Mars connection.
Yellowknife has some of the oldest geology in N America. To get there, one can fly, drive, or take a boat; then, one gets into a bush-plane and flies into the wilderness for a month(s) long geological survey of the rocks. This was hinted as paralleling the endeavor on Mars, bridging geological activities on Mars. Gale Crater has some very old rocks that are exposed to help determine if the planet was likely more hospitable to life than today.
I see, that's why I was wondering if there was a way to cheat and get around the signal delay using something besides radio signals
Dry-up for 4 days or so. Next news conference on Monday? If so, they will be reviewing the prelinary data, showcasing the teams, reiterating explanations, and explaining software update.Will they be releasing pictures/videos or having any news conferences over the weekend? Or will all new info dry up until Monday?
I see, that's why I was wondering if there was a way to cheat and get around the signal delay using something besides radio signals. I thought it was remote controlled at points. I see that any of the 10 fps 720p that comes out, even live is still delayed.
Dry-up for 4 days or so. Next news conference on Monday? If so, they will be reviewing the prelinary data, showcasing the teams, reiterating explanations, and explaining software update.
Nah, I'm already paying for one JD aleady! Yeah, I have seen some of the general things and the UNs Outer Space Law area and it is pretty neat, never knew the US filed a notice because Curoisty has "nuclear material" (it's next to nothing, but it's a report that gets filed). I guess what I mean is the nitty gritty things to emerge after colonization or even a base. Is someone born there a natural born US citizen, is it considered federal land, how is it governed, things like that. I mean what is the law if a Russian had gone nuts on Mir and stabbed a US or say third country Astrounat, things like that. I know it's speculative to the extreme, but I get a really dorky high at the thought of these issues. Still I like some of the resources from check that source. I wish I still had JSTOR access and could read old issues of the Space Law Journal.Space Law, one of the newest branches of the Law. The UN has documents on various space treaties and committees that are set-up to monitor and discuss space-exploration/exploitation. It is much like International Law, it is only as good as participants allow it to be.
Looking at International Business Law, it is clear that these regulations can strengthen confidence and ensure exchange. The best places, in the US, for Space Law are (arguably) George Washington University, Georgetown, and American University. Search around those places for published information and upcoming events. Being in DC they get some of the best speakers and lecturers. Tuition will cost you a couple hundred thousand dollars, so it is not a poor man's pursuit. It should be reiterated that the business-side of enacting policies will ikely be the most influential.
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That's pretty impressive,You can get it down from 13 minutes, but 3 minutes is the limit when earth and mars are closest together.
Eh, I don't want the demon raping sado creatures just for trying to shave off some time.Not with the speed of light being a brick wall. You'd need to find a way to fold space-time to cheat.
(There was a clearer graphic but this works too, didn't see the one from conference. One-way)Just to be clear, the 13 minutes is a round trip signal, correct?
Thanks!(There was a clearer graphic but this works too, didn't see the one from conference. One-way)
Time of Event Occurrence at Mars (PDT)
[10:10:45.7 PM] Atmospheric Entry
[10:15:04.9 PM] Parachute Deploy
[10:15:24.6 PM] Heat Shield Separation
[10:17:38.6 PM] Rover Separation (from Descent Stage)
[10:17:57.3 PM] Touchdown
Time Event Occurrence Received on Earth (PDT)
[10:24:33.8 PM] Atmospheric Entry
[10:28:53.0 PM] Parachute Deploy
[10:29:12.7 PM] Heat Shield Separation
[10:31:26.7 PM] Rover Separation (from Descent Stage)
[10:31:45.4 PM] Touchdown
Good point to be made. I will argue that it is not a "major reworking of physics" that would be required but rather a more complete understanding of the Universe. Does this mean Unified Field Theory, a new branch of particle physics, or a tweaking of current formula? I have no idea. In the watered-down sense, quantum physics didn't completely invalidate Newtonian Physics, it just helped define the parameters of the application. So,I do agree there is a giant unknown gorilla in the room, but I don't think it will effect the nature of Physics Laws currently proven, beyond establishing limitations. Who knows? A Unified Field Theory very well could change Physics, but at that point one might ask if it is a stand-alone brand-spanking-new science or one that fills in the gaps.
No problem, information dissemination is the name of the game. Knowledge will die if it is not shared. ...anyway, regarding the JSTOR access: check with nearby Depository Libraries. Some will have the subscription, with limited access, and others will not. If you don't know of any disgruntled faculty that you could butter-up and get access, there might be communitiy colleges with criminal justice classes that would grant access but that is money spent. Search around, maybe a former classmate is part of a firm that doesn't mind semi-open-access, in the spirit of academic pursuits. Space Law, fuck yeah!Thanks!
It all boggles my mind, and is so beautifully; elegant, brutal, and complex.I think the Unified Field Theory makes the most sense.
When you consider the expansion of objects within space, as well as space itself, and how light, distance, and time are all interconnected, it really is like a field with different parameters being different manifestations of the field. The shape of space changes due to gravity. The distance between objects also impacts the strength of their gravitational effects, as do their masses, as do their energies, and so on. As space has expanded, so too have the concepts of time, distance, speed, spin, charge, etc.
what's this yellowknife stuff you're talking about?
I had just posted that on the previous page lol.
You know I think my law school allows alumi the ability to use the library for research. Hmm that means going back to Newark...I'll keep searching for options.No problem, information dissemination is the name of the game. Knowledge will die if it is not shared. ...anyway, regarding the JSTOR access: check with nearby Depository Libraries. Some will have the subscription, with limited access, and others will not. If you don't know of any disgruntled faculty that you could butter-up and get access, there might be communitiy colleges with criminal justice classes that would grant access but that is money spent. Search around, maybe a former classmate is part of a firm that doesn't mind semi-open-access, in the spirit of academic pursuits. Space Law, fuck yeah!or is it: fuck no?
It all boggles my mind, and is so beautifully; elegant, brutal, and complex.
Sorry! I did search the thread for tectonics, but my fingers must must have gone awry and I didn't find your post. :/
PASADENA, Calif. -- NASA's Mars rover Curiosity will spend its first weekend on Mars transitioning to software better suited for tasks ahead, such as driving and using its strong robotic arm.
The rover's "brain transplant," which will occur during a series of steps Aug. 10 through Aug. 13, will install a new version of software on both of the rover's redundant main computers. This software for Mars surface operations was uploaded to the rover's memory during the Mars Science Laboratory spacecraft's flight from Earth.
"We designed the mission from the start to be able to upgrade the software as needed for different phases of the mission," said Ben Cichy of NASA's Jet Propulsion Laboratory in Pasadena, Calif., chief software engineer for the Mars Science Laboratory mission. "The flight software version Curiosity currently is using was really focused on landing the vehicle. It includes many capabilities we just don't need any more. It gives us basic capabilities for operating the rover on the surface, but we have planned all along to switch over after landing to a version of flight software that is really optimized for surface operations."
A key capability in the new version is image processing to check for obstacles. This allows for longer drives by giving the rover more autonomy to identify and avoid potential hazards and drive along a safe path the rover identifies for itself. Other new capabilities facilitate use of the tools at the end of the rover's robotic arm.
Magnetosphere, imo. That radiation is a bitch.
magnetosphere would likely come from increased mass (heats core, creates convection).
also, there are other ways we could get around that with engineering.
but there's no way around a lack of mass
NASA has started a rather ambitious project: to provide open-source everything. The main site is located at http://open.nasa.gov. From here, there is access to data, code and applications, among other things. This is a great launching point for anyone interested in space science and NASA work. In this article, I look at what kind of code is being made available that you might want to explore.
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When you're ready to go and launch your own satellite, you can download and use the Core Flight Executive (cFE). This software is used as the basis for flight data systems and instrumentation. It is written in C and based on OSAL (Operating System Abstraction Layer). It has an executive, along with time and event services. You can track your satellite with the ODTBX (Orbit Determination Toolbox). The ODTBX package handles orbit determination analysis and early mission analysis. It's available as both MATLAB code and Java.
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The open-source project at NASA doesn't cover only code. NASA has been releasing data as well. The Kepler Project is looking for exo-planets. As I mentioned previously, you can download data from the Solar Dynamics Observatory. You can work on climate data by checking out information from the Tropical Rainfall Measuring Mission. You can look up tons of data from the various moon missions, from Apollo on up. There also is data from the various planetary missions. Climate data and measurements of Earth are available too.