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| CubeSat - A new method of finding intelligent life |
Why a satellite? Because it's the new frontier, and to date only governments or corporate entities have had access to the data that exists, the things that are going on in our Earths orbit. And due to the nature of governments and corporations, they are only going to share what they deem necessary. If it will cut into their profit margins, the people don't need to know. If it disrupts social norms, the people don't need to know. If it undermines national interests, the people don't need to know. That is the stance taken by space agencies, military, and politicians. And we don't agree.
Here is the campaign, please share and post and promote anywhere you can: http://kck.st/1Q1bChr
Like every kid, teen or grownup who loves Star Wars, ET and the X-files, we have been interested in space since we were able to open our eyes and gaze up at the heavens. And like any conscious being, we are interested in the BIG questions. Simply put, we are individuals, not tied to any government or corporation, who would like to have the unfiltered truth of what happens; what is happening, in the new frontier of space.
I'm Dave Cote, and I'm here to help explain why we are sending a Satellite, or CubeSat, into low earth orbit, in the name of Science and Disclosure.
First, what our Sat is capable of:
Ionized radiation: we have a scintillation counter, that enables us to measure the various radiation in our satellites environment. This is significant as it enables us to detect high energy particles, radiation, and other phenomenon.
Cameras: we will use two cameras with parabolic lenses, giving us a clear 360 degree view around our satellite.
Radar: while this is a hope, but may not be feasible, we would like to have radar capabilities on our sat. Mini radars do exist, but they are a very new technology, so it may be difficult to get our hands on it. Radar would give us another tool for measurement, and would be among the first radars in space.
If we raise enough funds, maybe we can get a radar on our sat, and have the ability to concretely verify objects in space.
Regardless of radar, our radiation detection and imagery will give us enough to verify high energy emitting objects in space.
Now, on disclosure:
For the past 70 years, the topic of extraterrestrial intelligent beings and UFO's has been controversial, if not ridiculed. Despite many sightings and events, government, military and media have made a strong attempt to discredit the idea of extraterrestrial "aliens". And in the face of their apparent "disbelief" of the topic, the same military and governments have spent huge amounts of money secretly studying these "ridiculous" UFO's and aliens. Thanks to freedom of information, and the actions of many with first hand experience, thousands of documents, witness testimony and data have surfaced, making the ridicule posed on ufology by media and governments seem staged and forced, with a very secret intent.
To name a few reasons why this topic is important, and why it must be subjected to rigorous scientific study:
1) Countries are beginning to release highly classified documents proving their governments interest in aliens and UFO's.
2) Hundreds of highly credible witnesses have come forward with testimony that at least some UFO's are verifiable alien technology. These witnesses
include a former Canadian Defense Minister, numerous astronauts, high ranking US military officials and pilots.
What our project aims to do, is to use a low orbit satellite, controlled by us individuals, to study potential objects that emit high energy radiation.
Maybe we'll get data readings and pictures of solar-flare caused auroras. Maybe we'll capture images of some very interesting meteors. And maybe we'll actually capture a verifiable craft. All we can do is try, and by doing this our way, we can open-source the data to you, the individuals.
I'm Dave Cote, and I'm here to help explain why we are sending a Satellite, or CubeSat, into low earth orbit, in the name of Science and Disclosure.
First, what our Sat is capable of:
Ionized radiation: we have a scintillation counter, that enables us to measure the various radiation in our satellites environment. This is significant as it enables us to detect high energy particles, radiation, and other phenomenon.
Cameras: we will use two cameras with parabolic lenses, giving us a clear 360 degree view around our satellite.
Radar: while this is a hope, but may not be feasible, we would like to have radar capabilities on our sat. Mini radars do exist, but they are a very new technology, so it may be difficult to get our hands on it. Radar would give us another tool for measurement, and would be among the first radars in space.
If we raise enough funds, maybe we can get a radar on our sat, and have the ability to concretely verify objects in space.
Regardless of radar, our radiation detection and imagery will give us enough to verify high energy emitting objects in space.
Now, on disclosure:
For the past 70 years, the topic of extraterrestrial intelligent beings and UFO's has been controversial, if not ridiculed. Despite many sightings and events, government, military and media have made a strong attempt to discredit the idea of extraterrestrial "aliens". And in the face of their apparent "disbelief" of the topic, the same military and governments have spent huge amounts of money secretly studying these "ridiculous" UFO's and aliens. Thanks to freedom of information, and the actions of many with first hand experience, thousands of documents, witness testimony and data have surfaced, making the ridicule posed on ufology by media and governments seem staged and forced, with a very secret intent.
To name a few reasons why this topic is important, and why it must be subjected to rigorous scientific study:
1) Countries are beginning to release highly classified documents proving their governments interest in aliens and UFO's.
2) Hundreds of highly credible witnesses have come forward with testimony that at least some UFO's are verifiable alien technology. These witnesses
include a former Canadian Defense Minister, numerous astronauts, high ranking US military officials and pilots.
What our project aims to do, is to use a low orbit satellite, controlled by us individuals, to study potential objects that emit high energy radiation.
Maybe we'll get data readings and pictures of solar-flare caused auroras. Maybe we'll capture images of some very interesting meteors. And maybe we'll actually capture a verifiable craft. All we can do is try, and by doing this our way, we can open-source the data to you, the individuals.
