Blood Moon last night, but I missed it

Curiosity and awe have greeted a complete lunar eclipse, the longest one of this century and visible in much of the world.

The so-called "blood moon," when it turns a deep red, was visible at different times in Australia, Africa, Asia, Europe and South America when the sun, Earth and moon lined up perfectly, casting Earth's shadow on the moon.

The total eclipse lasted one hour, 42 minutes and 57 seconds, though a partial eclipse preceded and followed it, meaning the Moon spent a total of three hours and 54 minutes in the Earth's umbral shadow, according to NASA.

A total lunar eclipse occurs when the Earth's shadow moves across the Moon, blocking out light from the Sun.

"What it actually shows is the solar system in action, and it gives you a bit of a better perspective of your own place in the scheme of things, in the universe," he said.

Astrophysicist at the Australian National University Brad Tucker said a total lunar eclipse is something even experts get excited about.

"The Moon passes into the Earth's shadow and that red colour really is the atmosphere of our Earth covering the light to bed.

"So you're actually seeing … the sunrise and the sunset of the Earth simultaneously," he said.

Pictures to follow

I heard it got delayed at the last minute..

Yesterday

Just saw the story!

Glad they fixed the problem!

'Finally go up and touch the sun'

By better understanding the sun's life-giving and sometimes violent nature, Earthlings can better protect satellites and astronauts in orbit, and power grids on the ground, he noted.

In today's tech-dependent society, everyone stands to benefit.

With this mission, scientists hope to unlock the many mysteries of the sun, a commonplace yellow dwarf star around 4.5 billion years old.

Among the puzzlers: Why is the corona hundreds of times hotter than the surface of the sun and why is the sun's atmosphere continually expanding and accelerating, as the University of Chicago's Mr Parker accurately predicted in 1958?

"The only way we can do that is to finally go up and touch the sun," Mr Fox said.

"We've looked at it. We've studied it from missions that are close in, even as close as the planet Mercury. But we have to go there."

The spacecraft's heat shield will serve as an umbrella, shading the science instruments during the close, critical solar junctures.

Sensors on the spacecraft will make certain the heat shield faces the sun at the right times.

If there's any tilting, the spacecraft will correct itself so nothing gets fried.

With a communication lag time of 8 minutes each way, the spacecraft must fend for itself at the sun. The Johns Hopkins flight controllers in Laurel, Maryland, will be too far away to help.

A mission to get close up and personal with our star has been on NASA's books since 1958.

The trick was making the spacecraft small, compact and light enough to travel at incredible speeds, while surviving the sun's punishing environment and the extreme change in temperature when the spacecraft is out near Venus.

"We've had to wait so long for our technology to catch up with our dreams," Mr Fox said.

"It's incredible to be standing here today."

More than 1 million names are aboard the spacecraft, submitted last spring by space enthusiasts, as well as photos of Mr Parker, the man, and a copy of his 1958 landmark paper on solar wind.

"I'll bet you 10 bucks it works," Mr Parker said.

Our world! Everyone goes sunbathing somewhere, how many heard about Mr. Parker?

OOH!!!

I have!!

I LOVE space documentaries!!

Me too!