Another exo planet discovere =]

[Eastoff]

This one is just 22 light years away.

link

In case you're wondering that's 1.29326996 × 10^14 miles. Just a hop, skip, and a jump.

 

[santeesioux]

The real question is, is this super-Earth six thousand years old?

 

[magnifier661]

I saw that. I constantly read the hubble site weekly.

I advise anyone to visit the site. There are amazing photos, videos and documentaries regarding space.

 

[magnifier661]

The real question is, is this super-Earth six thousand years old?

The even bigger question. Is there life on that planet? If it's from a "cool star"; then the process and planet life would be the same as ours. If evolution is sound; then there should be life on that planet. It went through the same cycle as ours did. In fact, since the planet is much bigger; there is a greater chance for life to exist there.

 

[chris_in_pdx]

The even bigger question. Is there life on that planet? If it's from a "cool star"; then the process and planet life would be the same as ours. If evolution is sound; then there should be life on that planet. It went through the same cycle as ours did. In fact, since the planet is much bigger; there is a greater chance for life to exist there.

What would proof of extraterrestrial life do to religion on Earth?

 

[Wheels]

New Caprica bitches!

 

[magnifier661]

What would proof of extraterrestrial life do to religion on Earth?

Depends. If you think like an atheist. If they have similar DNA has humanoids; then it would have great evidence of a creator.

What it could do; is change "Christianity" as we know it today. It would definitely bring up a lot of questions though.

 

[Denny Crane]

A light year is about 6 trillion miles.

The fastest space craft we ever made goes about 50,000 mph.

 

[magnifier661]

A light year is about 6 trillion miles.

The fastest space craft we ever made goes about 50,000 mph.

That's 5 million days or 13,698 years! LOL

 

[Eastoff]

A light year is about 6 trillion miles.

The fastest space craft we ever made goes about 50,000 mph.

So my math was wrong? oops!

 

[MARIS61]

A light year is about 6 trillion miles.

The fastest space craft we ever made goes about 50,000 mph.

Since nothing is ever motionless, it's all relative:

Speed records for spacecraft have to be carefully defined. If we say, for example, that a spacecraft is traveling at 20,000 mph, what is this relative to – the Earth, the Sun, or some other body?

The highest speed at which any spacecraft has ever escaped from the Earth is 35,800 mph (57,600 km/h) in the case of the New Horizons probe, which was launched in January 2006 and is now heading toward Pluto. This beats the 32,400 mph (52,100 km/h) Earth escape speed of the Jupiter probe Pioneer 10, launched in 1972, and the 34,450 mph (55,400 km/h) Earth escape speed of the solar probe Ulysses, launched in 1990.

New Horizons is unlikely, however, to claim a second record, as the fastest interstellar spacecraft ever launched from Earth. After its encounter with Pluto and possibly one or more objects in the Kuiper Belt, New Horizons will leave the Solar System, to join four other spacecraft – Voyager 1 and Voyager 2, and Pioneer 10 and Pioneer 11 – that are also on exit trajectories from the Sun's realm. Currently, of this group, Voyager 1 is traveling the fastest away from the Sun with a speed of 38,600 mph (62,100 km/h). New Horizons will approach Pluto with a speed of about 31,300 mph (50,370 km/h) and it is unlikely that this will be boosted beyond the speed of Voyager 1 by the relatively weak gravitational effect of Pluto or other small bodies in the Kuiper Belt.

The record for the fastest spacecraft of all is held by the twin Helios probes that were placed in orbit around the Sun. Both these vehicles reached top speeds of around 150,000 mph (250,000 km/h) at closest approach to the Sun in their highly elliptical orbits, Helios 2 being marginally the swifter.

The highest speed at which a spacecraft has entered Earth's atmosphere is 29,000 mph (46,660 km/h) in the case of Stardust, comfortably surpassing the 24,790 mph (39,885 km/h) reentry speed of the Apollo 10 Command Module and its three-astronaut crew. The highest speed for any atmospheric entry was achieved by the Galileo spacecraft when it plunged to its intentional destruction in the atmosphere of Jupiter at 108,000 mph (173,770 km/h), narrowly beating the previous record of 106,000 mph (170,000 km/h) achieved by its own atmospheric probe, eight years earlier.

http://www.daviddarling.info/encyclopedia/F/fastest_spacecraft.html

 

[magnifier661]

Okay cool, so we can get there in 7,000 years! LOL

On a serious note. Wouldn't our speed limitations be subject to the Sun's gravitational pull? So what would the speed be if we passed maybe Jupiter or something? Couldn't we travel faster?