Visit science.nasa.gov/ for more. Deep in the heart of California’s Owens Valley, a strange-looking telescope stands in the desert landscape listening for echos of distant stars.
I love this segment, I tried in late 1980s to produce series of radio programs, Space News and Science Notes. Yet could not get any media outlets to broadcast them.
A clever way of detecting radio waves echoing off distant magnetized planets, but the chances are very unlikely imo. The distance and constant change in placement of our planet relative to these "rogue waves" makes it a tough cookie to swallow! Random chances - Roll the dice!
Online search finds that CME's last minutes to hours but take 14+ hours to reach Earth-so-an echo from an exosolar planet should be distinct from its parent star"s initial burst and each succeeding echo will 'tick off' that system's main planets over the next few months...
I love this segment, I tried in late 1980s to produce series of radio programs, Space News and Science Notes. Yet could not get any media outlets to broadcast them.
Very interesting, Thankyou.
A clever way of detecting radio waves echoing off distant magnetized planets, but the chances are very unlikely imo. The distance and constant change in placement of our planet relative to these "rogue waves" makes it a tough cookie to swallow!
Random chances - Roll the dice!
*Fascinating!*
Online search finds that CME's last minutes to hours but take 14+ hours to reach Earth-so-an echo from an exosolar planet should be distinct from its parent star"s initial burst and each succeeding echo will 'tick off' that system's main planets over the next few months...
Good luck NASA, make humanity proud once again!
Hey Nasa, can you start uploading your videos in 1440p and 4k aswell? :)
IT's all so simple yes
nice
interesting video
Ooh, a new Sci@NASA video! :P
Where can we hear them? :D
I was thinking someone put the wrong pic up on the lead-in
cool
Electric Universe
hmmmmmmmmmm
cool
cool