John Qpublic
@Jamesbridgebuilder
01 June, 05:50
Ok those who are still with me I need you to do a some homework.
Research CERN. Find out everything you can. What I need you to find for yourself is what happens every time they use the damn thing. What are they looking for. What do people think they are trying to do vs what they say they are. How does the machine work. What is a hard drive. What affect could the machine have on the hard drive. What is anti matter. What affect does anti matter have on humans. How many colliders are there world wide. Where are they and why is location important.
These are things you must understand yourself before we can move forward. Share links and a small description so others can find the way. Let everyone discover together but not be told, this is very important.
Research CERN. Find out everything you can. What I need you to find for yourself is what happens every time they use the damn thing. What are they looking for. What do people think they are trying to do vs what they say they are. How does the machine work. What is a hard drive. What affect could the machine have on the hard drive. What is anti matter. What affect does anti matter have on humans. How many colliders are there world wide. Where are they and why is location important.
These are things you must understand yourself before we can move forward. Share links and a small description so others can find the way. Let everyone discover together but not be told, this is very important.
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01 June, 10:02
In response John Qpublic to his Publication
2)
Subsequent calculations have dated this Big Bang to approximately 13.7 billion years ago. In 1998 two teams of astronomers working independently at Berkeley, California observed that supernovae – exploding stars – were moving away from Earth at an accelerating rate. This earned them the Nobel prize in physics in 2011. Physicists had assumed that matter in the universe would slow its rate of expansion; gravity would eventually cause the universe to fall back on its centre. Though the Big Bang theory cannot describe what the conditions were at the very beginning of the universe, it can help physicists describe the earliest moments after the start of the expansion.
Subsequent calculations have dated this Big Bang to approximately 13.7 billion years ago. In 1998 two teams of astronomers working independently at Berkeley, California observed that supernovae – exploding stars – were moving away from Earth at an accelerating rate. This earned them the Nobel prize in physics in 2011. Physicists had assumed that matter in the universe would slow its rate of expansion; gravity would eventually cause the universe to fall back on its centre. Though the Big Bang theory cannot describe what the conditions were at the very beginning of the universe, it can help physicists describe the earliest moments after the start of the expansion.
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Very GOOD! They tell us that the radiation we get from distant supernova is constant, as in the same every time per same star, if that is the truth how is it that we receive the same amounts when those stars are traveling light years away from us?
The lie is either nothing is moving or their data is purposely false. Which do you think? By the way you got a clue from Elon Musks post of the fall out city. AGNLF 51 (is a red shift measurement.)
The lie is either nothing is moving or their data is purposely false. Which do you think? By the way you got a clue from Elon Musks post of the fall out city. AGNLF 51 (is a red shift measurement.)
10:18 PM - Jun 01, 2021
In response Charlie Lost in the Woods⍟ to his Publication
Only people mentioned by Jamesbridgebuilder in this post can reply
Rowan Tree
@lovemakesyoureal
01 June, 11:20
In response John Qpublic to his Publication
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