It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by Terminal1
reply to post by crazyewok
But if we cannot see the light reflected off the planet itself how can this be determined? I mean, I understand concepts like spectral analysis but unless you can actually see the thing you are analyzing, how do you determine it?
I mean, light dipping can be understood and is hard enough. Can we really analyze the spectrum of something passing in front of a star when the light dipping is so small?
Originally posted by Terminal1
What happens if there is gas and debris between the star system and us that would absorb some of the waves skewing the result?
Originally posted by Terminal1
Are we getting that good with sensitivity? No wonder aliens would be worried (lol)!
Originally posted by babybunnies
I gihly doubt that an alien race disabled Kepler.
I suspect it was just mechanical malfunction.
What if Kepler was on the verge of discovering a planet that is inhabited by a space faring race and they didn't take kindly to our voyeuristic ways so "they" disabled Kepler just before it spotted their world?
Originally posted by Terminal1
So... I know this site is a place to discuss a broad spectrum of topics so I decided to add something that I don't necessarily believe but still somethng that can be interesting to think about.
What if Kepler was on the verge of discovering a planet that is inhabited by a space faring race and they didn't take kindly to our voyeuristic ways so "they" disabled Kepler just before it spotted their world?
I know I will probably be told to not encourage silliness... but I just can't help myself.