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Originally posted by donhuangenaro
in the middle age scientists thought the Earth was flat, and everyone that questioned that dogma was either ridiculed, silenced, attacked or killed
same happens today when anyone have the proof that mainstream dogma is wrong (and there is a lot evidence that mainstream Newtonian/Einstein dogma is wrong about many things, but it is aggressively silenced)
as for the LHC, I believe it is a huge waste of money and time because if we accept the new observations in quantum mechanics and theories like holographic universe that comes with quantum mechanics we can see that you can split atoms to infinity and not find any answers.
Originally posted by kennyb72
reply to post by buddhasystem
It makes me smile how the pragmatic scientific mind seems to always label religion as a dogma without recognizing the dogma within its own ranks. The honest truth is that science has very little understanding regarding the subatomic world and this is self evident by virtue of the fact they have built a multibillion dollar machine so as to gain a better understanding.
First I would like to state that I am not a scientist and probably fall into the category of an average educated layman trying to apply a little logic. Please correct me if I am wrong, as I am trying to understand.
It would seem that the common argument validating the safety of smashing high energy particles together at the speed of light is, that this happens all the time in space.
Would I be correct in saying that the source of the most energetic particles in our solar system would be emanating from the sun and that these particles will be radiating in all directions away from the sun.
This being the case, even if particles from the sun collided, the collision would be very low impact because they are all traveling in the same speed and direction as each other.
Particles that could collide with those from the sun would have traveled at least 41.5 trillion klms away from Alpha Centauri.
From my understanding particles lose energy over time and distance.
This being the case then the only place a collision can occur at these same energies as those traveling through the LHC would be in a binary star system or more dense area of our galaxy.
Now as we can't see, witness or measure in any great detail what happens when those particles collide at these great distances how can you be so sure that energies released would not be cataclysmic enough to at wipe out the planet?
I believe it is a huge waste of money and time because if we accept the new observations in quantum mechanics
Originally posted by Chett
We (the people) have developed a healthy distrust of science and the gov.
Then we have things like the climategate e-mails and destruction of data.
Originally posted by buddhasystem(snip)
I believe that as a society, we are at a critical juncture where important points in advanced sciences are no longer accessible to public at large. There is only so much that can be done in "popularizing" science. It's a two-way street -- science must be presented in a way it can be understood, with some effort, by an average educated person - but said person should be willing to make that effort. Unfortunately, in the culture of instant gratification, this doesn't happen too often. It's a lot easier to take a shortcut of declaring that the government is hiding some "secret knowledge" and scientists are complicit in that since they are on the govt payroll etc. This way anybody can explain that it is possible to extract energy out of a bucket of water, or open a portal to a parallel universe, or that there is thriving life on Venus etc etc. One of my favorites is the claim that the recent atmospheric phenomenon in Norway is evidence of a secret plot to fake global warming. Just charming...
In my view, this is a dangerous trend which will continue unless we achieve much higher levels of education compared to what we have now. There is tremendous progress being made in life sciences, for example, which will bring about important challenges and choices we'll have to face as a society. Same applies to energy sector etc. I just don't see how we can have rational public policies going forward, if there is such a chasm between those who know and those who don't.
[edit on 14-12-2009 by buddhasystem]
Originally posted by sliceNodice
Have you ever considered the fact that hawking radiation is still a theory? Have you ever considered the fact, that maybe the LHC will create a new particle with undetermined properties? Properties, that could for example, lead to loss of human life in the form of an explosion? Have you ever considered that maybe we still haven't discovered 1/1000 of 1% of the universe's secrets?
People have a right to be worried about this thing. We are colliding particles at energies many many times higher than ever before. This is uncharted territory, and I'm putting that lightly... This machine is a shining example of human ignorance. No wonder ATS is scared of this thing
[edit on 14-12-2009 by sliceNodice]
Originally posted by kennyb72
It makes me smile how the pragmatic scientific mind seems to always label religion as a dogma without recognizing the dogma within its own ranks. The honest truth is that science has very little understanding regarding the subatomic world and this is self evident by virtue of the fact they have built a multibillion dollar machine so as to gain a better understanding.
Originally posted by kennyb72
It would seem that the common argument validating the safety of smashing high energy particles together at the speed of light is, that this happens all the time in space.
Would I be correct in saying that the source of the most energetic particles in our solar system would be emanating from the sun and that these particles will be radiating in all directions away from the sun.
Originally posted by kennyb72
This being the case, even if particles from the sun collided, the collision would be very low impact because they are all traveling in the same speed and direction as each other.
Originally posted by kennyb72
Particles that could collide with those from the sun would have traveled at least 41.5 trillion klms away from Alpha Centauri.
Originally posted by kennyb72
From my understanding particles lose energy over time and distance. This being the case then the only place a collision can occur at these same energies as those traveling through the LHC would be in a binary star system or more dense area of our galaxy.
Originally posted by kennyb72
Now as we can't see, witness or measure in any great detail what happens when those particles collide at these great distances how can you be so sure that energies released would not be cataclysmic enough to at wipe out the planet?