A gravity movie?
A horror movie?
If you think it’s all the same, you’re in for a treat.
This new Gravity film by director James Cameron, starring Sandra Bullock and James Franco, is actually a thriller.
It’s a thriller that will leave you with a bad taste in your mouth, and not only does it have some very dark humour, but there’s a pretty strong, if unrefined, sense of humour.
What you’re going to want to know is, what is this film about?
There are plenty of answers to this question, so let’s get to it.
Gravity is set in the distant future where, at a time when mankind has discovered that there is an ancient, alien civilisation that lives in space, mankind’s next step is to send their most powerful technology, the G.I. Joe, to explore the alien world.
This technology is called the G-Force, and it is capable of controlling the gravity around us.
We’ve been here before.
In the 1950s, in a space shuttle launch, astronauts were sent to the moon and, while on the surface, they found a strange alien spacecraft.
So, in the 1960s, the U.S. government, under the direction of General Jack Teller, wanted to get the G and Joes on a long, slow mission to explore, but they wanted to do it safely.
The first flight was in 1962, and they got a lot of publicity for this, and the first one ended up landing on the moon.
After the first flight, the NASA space programme went into a tailspin and ended up having to divert from the main goal of reaching the moon, to an even more distant goal: to send the GJoes to Mars.
But the problem with the moon was that there was no atmosphere.
Then in 1974, an unknown force called the “Big Bang” started, which caused the moon to expand, making the Earth appear smaller.
At the time, the idea was that the moon would provide an ideal environment for the G Joes to land, but then, in 1974 and 1975, the moon had a huge eruption, which destroyed the moon’s atmosphere and created the vacuum that was needed to launch the G, Joes.
Now, what happened was that instead of the G’s landing on Mars, the astronauts, after all that effort, had to land on Earth.
For those unfamiliar with the concept of gravity, this is when the G forces pull objects into a gravitational pull, causing them to collide with each other, and create a net force that holds them together.
However, the problem is, the net force doesn’t have any kind of momentum.
In fact, it’s very unstable, and therefore requires a lot more energy to maintain than gravity.
With this in mind, in 1975, NASA decided to send a spacecraft to Mars, to test the G force, and when they landed, the results were quite surprising.
“It was a very strange thing,” says James Cameron.
“It’s not even a film, it was actually a television program.
They were able to do this because they had this device called the Lunar Module, which had a giant camera that could film images from the ground that could be analysed and used to help NASA understand what was going on.”
What was interesting about this event was that when they were on Mars for two years, they had a total of four G forces in their atmosphere, and one of them was going to come up against a comet.
One of them would come up, the other would not.
When that happens, the gravitational force would cause the comet to turn towards the Earth, and that would have a huge impact on the atmosphere of the Earth.
“This comet, this massive comet, would have the power to knock out the entire atmosphere of our planet,” says Cameron.
To test this, NASA launched a probe called the MAVEN, and then, after two months, the MAVES probe was able to observe a comet’s tail.
That’s when we saw what happened.
During this time, a piece of material called the comet tail had a very different properties to a piece that had not been hit by a comet, and this is where we knew the comet had been impacted by a tail.
So, now, when you see the comet tails in the sky, you know that the comet was impacted by something, and in the film, the tail of the comet looks different to the ones you normally see.
And what does that mean?
It means that the comets tail is actually made of a bunch of ice.
There’s something in the comet’s atmosphere that is not water ice, it has some other chemical elements in it.
So, the ice particles in the cometary tail can be analysed for evidence of that. As you can