But don't throw any stones, okay?
This 3D printer works best in the middle of the Sahara desert pic.twitter.com/fPlFEtSo58— Mashable (@mashable) July 9, 2019
Showing posts with label Major Topic --- Space: Using Robotics in Space. Show all posts
Showing posts with label Major Topic --- Space: Using Robotics in Space. Show all posts
Tuesday, July 9, 2019
3D printer magic
Hey, if you got enough sand, you can make bricks made of glass.
But don't throw any stones, okay?
But don't throw any stones, okay?
Wednesday, February 8, 2012
Use of robotics in space
I made a comment on Transterrestrial Musings a couple days ago about using robotics as a precursor to human settlement. The post was about Elon Musk's idea of settling Mars. It was a short comment, but drew a few negative responses.
There seems to be doubt that robots can reach the level of sophistication needed.
My recollection could be fuzzy on the subject, but human level intelligence may not be all that far off. As early as 2028, according to the earliest estimates.
In my opinion, human level intelligence wouldn't be necessary. Just some specialized programming in order to prepare the way for humans.
The advantage in using machines lies in not having to keep them alive. This means an easier task of getting them there.
Rovers have been successfully landed and operated on Mars. The next step would be to automate a few tasks, such as propellant manufacture, shelter manufacture, and farming for food production.
Some tasks may be combined. Such as growing something on Mars, like algae. Algae can be made into biofuels. Let's say you make some carbon based fuel and the algae will produce the oxygen and propellant.
It is not too much more complicated to grow food, if you can grow algae.
For shelter, you can begin with a means to produce plastics from microbes.
For a water source, Phobos might do.
You could scout Phobos for water, and then decide if it is possible to set up a mining operation there for the purpose obtaining water for life support and making plastics. From there, you can start working your way towards the surface. Robots and teleoperation could prepare the way. If you can subsist on Phobos for months at a time, you could set up a base there so as to control the machines on the ground.
There seems to be doubt that robots can reach the level of sophistication needed.
My recollection could be fuzzy on the subject, but human level intelligence may not be all that far off. As early as 2028, according to the earliest estimates.
In my opinion, human level intelligence wouldn't be necessary. Just some specialized programming in order to prepare the way for humans.
The advantage in using machines lies in not having to keep them alive. This means an easier task of getting them there.
Rovers have been successfully landed and operated on Mars. The next step would be to automate a few tasks, such as propellant manufacture, shelter manufacture, and farming for food production.
Some tasks may be combined. Such as growing something on Mars, like algae. Algae can be made into biofuels. Let's say you make some carbon based fuel and the algae will produce the oxygen and propellant.
It is not too much more complicated to grow food, if you can grow algae.
For shelter, you can begin with a means to produce plastics from microbes.
For a water source, Phobos might do.
You could scout Phobos for water, and then decide if it is possible to set up a mining operation there for the purpose obtaining water for life support and making plastics. From there, you can start working your way towards the surface. Robots and teleoperation could prepare the way. If you can subsist on Phobos for months at a time, you could set up a base there so as to control the machines on the ground.
Sunday, February 5, 2012
Japanese android eats fried rice
This is not very nice. See why in the video below:
Seriously, if you want to have robots doing the work in space, they are getting quite good. Here's an example below:
If a robot can be developed which can do things that require some intelligence and autonomy, and for doing things that are too inconvenient or dangerous to use people, why not? But this shouldn't preclude humans in space. It would be like all machines. It would help augment your capabilities and make those things that are too expensive and difficult- less so.
By using tele-operation and semi-autonomous robots, you can save the expense of having to provide life support on a constant basis or as large a basis- in space. A smaller contingent of humans can supervise the machines and do plenty of work.
Seriously, if you want to have robots doing the work in space, they are getting quite good. Here's an example below:
If a robot can be developed which can do things that require some intelligence and autonomy, and for doing things that are too inconvenient or dangerous to use people, why not? But this shouldn't preclude humans in space. It would be like all machines. It would help augment your capabilities and make those things that are too expensive and difficult- less so.
By using tele-operation and semi-autonomous robots, you can save the expense of having to provide life support on a constant basis or as large a basis- in space. A smaller contingent of humans can supervise the machines and do plenty of work.
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