January 3, 2010 – Sunday

Beyond the Speed of Light though at a Standstill
Current mood: enlightened
Category: MySpace
Sunday, October 11, 2009

I looked up in an online encyclopedia and this is where I kick it into gear… I’ll start with how fast light can travel per second in a vacuum and this is a calculation of 186,282 miles per second. Now in saying this there are 60 seconds within a minute. This means that there are 3,600 seconds in an hour as so too this equals to 216,000 seconds in one day. Now in one year there are 12,960,000 seconds… So in one year if light was emitted from a satellite orbiting the earth and appropriately calculated in an outwards trajectory to maintain a path within an absolute vacuum and zero gravity, this beam of light would have reached 2,414,214,720,000 miles away from Earth! This is one light-year away from our planet.

The Earth is 92,960,000 miles away from our Sun and completes a full circumference in 365.25 days or a year. At what speed are we travelling around our star? To answer this we must begin from a distance already calculated which I have done in light years… To begin we can determine just how long the point where our contolled light beam has reached which is perhaps moving in a rotation but not exactly from an outward stance from where we are in the universe. I am assuming this is a measurement of the proceeding completion of this dark matter’s time it takes to make a full rotation… out there.

Starting this calculation we begin with again 3,600 seconds or one hour. There are approximately 24 hours in one day so we will multiply 365.25 by 24 which comes out to 8,766 hours in one year. In seeing this, we travel around the Sun once every 8,766 hours. The distance between we and the Sun is about 92,960,000 miles apart. So to find the circumference in miles we travel around the Sun I have doodled a few diagrams and measurements to figure that I have to multiply 92,960,000 miles which is the distance between the Sun and our planet by two which equals 185,920,000 but we’re half way there in figuring this out. Thus it is then multiplied by four. This allows us to know the circumference we travel around our star to be 743,680,000 miles around… our orbit. Now we have all the necessary calculations to not only discover how many miles per hour we travel around the Sun but we too may now know the amount of miles per hour that dark matter is travelling around us at the distance our beam of light has reached out there… which was 2,414,214,720,000 miles away from us. Pretty neat huh?

To know the miles we travel per hour around our Sun all we now have to do is take 743,680,000 miles which is our orbit distance and devide it by the length of hours in one year. This totals out to approximately 84836.869723933378964179785535022 miles per hour. We now know that we on Earth are travelling at about 84,836.86972 miles per hour.

Although we also want to know just how fast that dark matter is travelling at about 2,414,214,720,000 miles away from us. To find this answer, we must know the circumference that can be estracted from the distance between we and the point of where our light beam has reached at this time. Again we multiply this distance by two then it’s answer by four… which is 19,313,717,760,000 miles in radius of dark matter that we are encircled by. So in saying this… to figure the speed that this dark matter may be travelling around us we then use this total of the dark matter’s radius and then instead of deviding this radius we multiply it because it is on an outter rim other than we being the outter orbit and the Sun being the additional piece of this equation. We then take 19,313,717,760,000 and multiply this by the speed at which we are travelling around our star. The answer is that this dark matter is moving at about a rate of 1,638,515,357,489,938,398.3572895277207 miles per hour… So at what rate is light travelling out there and even at this if beyond? This answer is a simple one. It isn’t going anywhere for the time being because apparently I have stumbled into a black hole!

Although the energy contained within this conception is capable of withholding mass that isn’t necessarily being propelled at a speed of 1,638,515,357,489,938,398.3572895277207 miles per hour which could increase expeditiously because this too is multiplied but by the distance light travels in a single light-year. The answer is matter could be be emitted again in another form of a ‘big bang’ somewhere else at a rate of 3,955,727,894,998,271,533,207,392,197,125.2 miles per second which is a rate that a piece of our universe is capable of propelling. Godspeed.
7:30 PM