NASA Announces Discovery of Earth-like Planet

Today, July 23, 2015, NASA introduced us to Kepler 452b. This rocky planet orbits a star very similar to our own, has a year of 385 days, and gravity roughly double that of Earth’s.



It has been within the habitable zone of its star for 6 billion years which is older than the Earth, giving the planet plenty of time for life to arise. The image above is an artists rendition of what the planet might look like. Unfortunately, Kepler 452b is 1,400 light years away but it is more likely to support life than anything we have discovered so far.

And here's a comparison of the Keplar Ststem to the Sol System. The greenish area indicates the proper temperature to support life as known on Earth.



The radio/TV waves generated by puny Earthlings are less than 10% of the way to Keplar452b. But in another 1300 years or so, the occupants of this distant world, . . . suddenly aware of humanity, . . . may pay the Earth a visit, . . . an unwelcome visit if the population is not prepared to annihilate them upon their approach.
Quote

Originally posted by: DonDiego
But in another 1300 years or so, the occupants of this distant world, . . . suddenly aware of humanity, . . . may pay the Earth a visit, . . . an unwelcome visit if the population is not prepared to annihilate them upon their approach.

That wouldn't be very neighborly.

How long will it take to travel to Kepler-452b at warp 9?
We already have visitors from Kepler among us today.

Here is one of their low level officers:


Here is one of their foot soldiers:

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Originally posted by: Boilerman
How long will it take to travel to Kepler-452b at warp 9?

337 Days, 3 Hours 12 Minutes.
Quote

Originally posted by: alanleroy
Quote

Originally posted by: Boilerman
How long will it take to travel to Kepler-452b at warp 9?

337 Days, 3 Hours 12 Minutes.
Whew !

DonDiego'd demand a good working toilet on that trip.

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Originally posted by: alanleroy
Quote

Originally posted by: Boilerman
How long will it take to travel to Kepler-452b at warp 9?

337 Days, 3 Hours 12 Minutes.


Perhaps my math is off.

V=WcubedC ????

I get just under two years.
Quote

Originally posted by: DonDiego
Today, July 23, 2015, NASA introduced us to Kepler 452b. This rocky planet orbits a star very similar to our own, has a year of 385 days, and gravity roughly double that of Earth’s.



It has been within the habitable zone of its star for 6 billion years which is older than the Earth, giving the planet plenty of time for life to arise. The image above is an artists rendition of what the planet might look like. Unfortunately, Kepler 452b is 1,400 light years away but it is more likely to support life than anything we have discovered so far.

And here's a comparison of the Keplar Ststem to the Sol System. The greenish area indicates the proper temperature to support life as known on Earth.



The radio/TV waves generated by puny Earthlings are less than 10% of the way to Keplar452b. But in another 1300 years or so, the occupants of this distant world, . . . suddenly aware of humanity, . . . may pay the Earth a visit, . . . an unwelcome visit if the population is not prepared to annihilate them upon their approach.


Would all depend, are they going to be paying a visit "to serve man" or are they just coming "to serve man"?

Who knows, could skip a visit altogether and just do away with us from Keplar452b



Heck, they might just send some goons instead..

Quote

Originally posted by: CowboyKell
Quote

Originally posted by: alanleroy
Quote

Originally posted by: Boilerman
How long will it take to travel to Kepler-452b at warp 9?

337 Days, 3 Hours 12 Minutes.


Perhaps my math is off.

V=WcubedC ????

I get just under two years.

You're using the original formula. You need to use the 24th century scale. where V=WF * 10/3 C
Warp 9 is 4.152 Light Years per 24 hours. 1300/4.152 = 337 Days...and some change.

We need to find some worm holes.
Warp 9 is too slow.
337 days in weightlessness will reduce a human to a rubber slug.
The good thing in space: Ladies don't need a bra.
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