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Eumeme
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- TL;DR Summary
- I was just speculating if we could use “gravitational waves detection waveform” as a fingerprint of our current “spacetime location” in the Universe.
My hypothesis:
A sequence with the gravitational waves detected, sent by modulating radio waves, could be received and used by other intelligent beings to find the corresponding sequence within their records and then compare it to calculate our spacetime position in relation to theirs.
As gravitational waves in vacuum travel at the light speed, the different time-ratio between events could be used to triangulate the position and the time of the originating signal (like GPS does).
The gravitational bursts received in other POV could even swap in the time sequence, but the waveforms should still contain enough information (as we can calculate the relative masses of the colliding objects from it) that an AI should be able to discover their corresponding sequence.
I guess the longer the sequence we transmit, the easier and more accurate should be the match... (in a way the sequence comparison seems to resemble spectrography, but in time instead of space)
Similarly I guess we could alter our recorded sequence to “SpaceTimeLocate” any position within a certain range, i guess by rearranging the amplitude and the timing of the bursts.
my kindly questions to Physicists and other Experts :
a. what would be the maximum error in our space-time location if we use the whole sequence we have collected so far? (I guess the error would have 4 dimensions)
b. How is the error related to the number of events collected? And to the time-span?
c. Can you confirm the intuition that our sequence would contain also information about our movement across spacetime, like orbiting around the sun and bobbling up and down in the galaxy plane?
d. How difficult would be the math necessary to convert “our” gravitational waveforms sequence into the waveform perceived on a different viewpoint in the visible Universe?
e. Is there any research about this?
From what i can imagine with my limited math capabilities, it seems that LIGO and other detectors sequence could become our “IP address” in the Universe, that billion years old AGI in the future could use in a super slow hyper galactic communication system with other leviathan AGI to identify themselves and to share cosmic history or maybe even run experiments together over billions years span time and billions lightyears space #scifi #seti
Thank you for you invaluable time and forgive my verbosity, but today is my 3D(15) birthday and i indulged bruno #eumeme moroni
#USTPS relative UKSW161NY@20201216185321
(error almost 500 mq * 500 s yes, crazy #supernerd here)
#UniversalSpaceTimePositioningSystem
#UniversalSpaceTimeLocation
A sequence with the gravitational waves detected, sent by modulating radio waves, could be received and used by other intelligent beings to find the corresponding sequence within their records and then compare it to calculate our spacetime position in relation to theirs.
As gravitational waves in vacuum travel at the light speed, the different time-ratio between events could be used to triangulate the position and the time of the originating signal (like GPS does).
The gravitational bursts received in other POV could even swap in the time sequence, but the waveforms should still contain enough information (as we can calculate the relative masses of the colliding objects from it) that an AI should be able to discover their corresponding sequence.
I guess the longer the sequence we transmit, the easier and more accurate should be the match... (in a way the sequence comparison seems to resemble spectrography, but in time instead of space)
Similarly I guess we could alter our recorded sequence to “SpaceTimeLocate” any position within a certain range, i guess by rearranging the amplitude and the timing of the bursts.
my kindly questions to Physicists and other Experts :
a. what would be the maximum error in our space-time location if we use the whole sequence we have collected so far? (I guess the error would have 4 dimensions)
b. How is the error related to the number of events collected? And to the time-span?
c. Can you confirm the intuition that our sequence would contain also information about our movement across spacetime, like orbiting around the sun and bobbling up and down in the galaxy plane?
d. How difficult would be the math necessary to convert “our” gravitational waveforms sequence into the waveform perceived on a different viewpoint in the visible Universe?
e. Is there any research about this?
From what i can imagine with my limited math capabilities, it seems that LIGO and other detectors sequence could become our “IP address” in the Universe, that billion years old AGI in the future could use in a super slow hyper galactic communication system with other leviathan AGI to identify themselves and to share cosmic history or maybe even run experiments together over billions years span time and billions lightyears space #scifi #seti
Thank you for you invaluable time and forgive my verbosity, but today is my 3D(15) birthday and i indulged bruno #eumeme moroni
#USTPS relative UKSW161NY@20201216185321
(error almost 500 mq * 500 s yes, crazy #supernerd here)
#UniversalSpaceTimePositioningSystem
#UniversalSpaceTimeLocation