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Originally posted by artistpoet
Originally posted by cloudyday
Originally posted by artistpoet
The means of communication are secondary to the information they/it transmits.
Technological advancement is not the measure of what a Human being is - The intention for it's use is a more fundamental question.
The technology of communication would affect the nature of communication. Are we talking about telegrams that cost a billion dollars per character and take 10 years to arrive? Or are we talking about free FTL internet links for everybody?edit on 5-2-2012 by cloudyday because: (no reason given)
Yes for sure the technology of communication affects the nature of communication on a superficial level.
For example if we could communicate with other star systems what would be our reasons for doing so.
What is it we we would wish to comminicate - and why? sorta off at a tangent I know.
What is the best form of interstellar communication?
Originally posted by artistpoet
reply to post by cloudyday
Yes it is a speculative idea - Would that we could zoom several thousand years into the future who knows how things may be - But we are a long way from such an idea being realised sometime soon but what do you I know
edit on 5-2-2012 by artistpoet because: typo
Originally posted by cloudyday
Originally posted by artistpoet
reply to post by cloudyday
Yes it is a speculative idea - Would that we could zoom several thousand years into the future who knows how things may be - But we are a long way from such an idea being realised sometime soon but what do you I know
edit on 5-2-2012 by artistpoet because: typo
Another possible motivation for colonization of a nearby star would be scientific curiosity. At first we might send robotic probes to neighboring stars. But if we find a suitable planet it might actually make sense to start a colony so our creative human minds will be on-site to direct the scientific research without the 20 year communications time lag. (This assumes that machine intelligence remains inferior to human intelligence in some ways.) Naturally if we have a colony performing scientific research it will gradually grow into billions of people. So we have the same outcome motivated by scientific curiosity instead of overpopulation.edit on 5-2-2012 by cloudyday because: (no reason given)
Originally posted by biggmoneyme
if there is anyway to efficiently communicate with a such a distance inbetween the two points we don't know about it yet. light only travels so fast. and it the vastness of space, it takes some time. years to the nearest star
Originally posted by artistpoet
Originally posted by biggmoneyme
if there is anyway to efficiently communicate with a such a distance inbetween the two points we don't know about it yet. light only travels so fast. and it the vastness of space, it takes some time. years to the nearest star
Yes to travel or send a message to Alpha Centauri which is approx 4.5 light years away - travelling at light speed would take 4.5 years I believe. I heard on another thread about folding space time and bringing two points together - Maybe this is wormhole type technology - I am not sure.
Originally posted by biggmoneyme
i heard some physicist talking about making tiny robots (like nano size) and putting a charge on them and they'll be able to get up to like 80% lightspeed when put into Jupiter magnetic field. and then turn charge off and they go shooting out into space
Originally posted by Lucasliopliopliop
reply to post by Aliensun
I was wondering something about mars they say the images are filtered with a red lens and the sky is blue is that true.and not to go to far off topic what does the rover use for cumunacation.
The rover has a low-gain and a high-gain antenna. The low-gain antenna is omnidirectional, and transmits data at a low rate to Deep Space Network (DSN) antennas on Earth. The high-gain antenna is directional and steerable, and can transmit data to Earth at a higher rate. The rovers also use the low-gain antennas and its Electra software-defined radio to communicate with spacecraft orbiting Mars, the Mars Odyssey and (before its failure) the Mars Global Surveyor (using its Mars Relay antenna and Mars Orbiter Camera's memory buffer to transfer more than 7.6 terabits of data).[38] The orbiters relay data from and to Earth; most data to Earth is relayed through Odyssey. The orbiters are closer to the rovers than the antennas on Earth, and have a view of Earth for much longer than the rovers. The orbiters communicate with the rovers using UHF antennas, which have shorter range than the low and high-gain antennas. One UHF antenna is on the rover, and one is on a petal of the lander to aid in gaining information during the critical landing event.
Each rover has a total of 9 cameras, which produce 1024-pixel by 1024-pixel images at 12 bits per pixel,[39] but most navigation camera images and image thumbnails are truncated to 8 bits per pixel to conserve memory and transmission time. All images are then compressed using ICER before being stored and sent to Earth. Navigation, thumbnail, and many other image types are compressed to approximately 0.8 to 1.1 bits/pixel. Lower bit rates (less than 0.5 bit/pixel) are used for certain wavelengths of multi-color panoramic images.
ICER is based on wavelets, and was designed specifically for deep-space applications. It produces progressive compression, both lossless and lossy, and incorporates an error-containment scheme to limit the effects of data loss on the deep-space channel. It outperforms the lossy JPEG image compressor and the lossless Rice compressor used by the Mars Pathfinder mission.