>> Nothing but an appeal to authority would convince you?
> Essentially yes. If I am going to be asked to make a final decision on whether or not I would support the continued research at the LHC I would want a recognized authority to make certain statements regarding the safety and chances of exotic particles, black holes, and other possible catastrophic side effects.
Unfortunately nobody is a final authority, as far as I can tell. Einstein is dead, and presumably nobody wants to put their academic reputation on the line for speaking out against or for this.
>> It seems, from what you said, as though whatever argument *I* would present wouldn't suffice to persuade you either way.
> You could persuade me certainly. I would absolutely take what you say and attempt to verify it with a 2nd source. I don't think the fact I would want to verify the data and your claims offends you. After all the scientific process as a whole depends on verification and review from our peers.
I was just making sure that the criteria here for a response wasn't limited to an appeal to authority. Having established this, I now know that presenting an argument contra relativistic mass isn't just a waste of time.
>> Forgive and inform me if this is not the case, and I'll be happy to explain why black holes can't be created through sheer acceleration (relativistic mass).
> I would be very interested in hearing what you have to say about this. I was modded down in my original statement, but I really am not some alarmist or melodramatic person that wants to stop the research at all costs.
> Considering all of the data that has been presented to me to date, I at this time do not feel that we should continue the research.
> The information has been presented to me through postings here obviously, but also other articles and statements from scientists as well. I would say the quality of the data certainly varies, but the one common element in it is that the chance of these negative side effects has never been presented as zero.
> If we conduct this research and create an accident that could theoretically have an effect as large as our own planet or solar system I would say performing that research would be reasonably considered risky.
> If you can explain to me that the odds of something like this are zero, or even higher than I have previously understood, I would very much appreciate that and it would be a positive contribution to this thread.
What follows is a paper I penned for the a series called /Occam's Razor/, a reductionist series on physics. For more, I can be reached at sven.gelbhaar at gmail dot com.
On Relativistic Mass
Sven Gelbhaar
27 October 2008
If two objects collide at relativistic speeds, it will appear from their perspectives that momentum symmetry breaks down due to properties of light [Lorentz Transformation] (or so it's believed as per Special Relativity). To work around this and conserve momentum, Einstein postulated that the mass of an object increases as its
velocity does. (1) In a previous paper entitled Revised Theory of Relativity I've pointed out that the properties of light might allow for optical illusions, if it truly has a constant speed, but perception isn't always reality.
Take the case of a warped circus mirror. When you look into one, it may appear as if your torso is half its original size and your legs are a mile high, but does this mean that in reality that that's the case? No. If the speed of light is limited to c, then objects moving at incredibly high relativistic speeds might
appear to be distorted, but they really aren't. (body:colliding high speed particles, mirror:speed) This (postulate) extends to the ostensible break in the symmetry of momentum. From the point of view of colliding high speed particles, it looks as though momentum isn't conserved, but it still is (from an objective
point of view). This, and this alone, should warrant us to dismiss the theory of relativistic mass.
Let us examine what actually does increase as (kinetic) energy increases: momentum. It doesn't take more force to accelerate an object from 0 mph to 20 than it does from 20 to 40. It does become 'harder' to bring it to a stop from higher rates of speed because it builds up more momentum, however.
Relativistic mass is (if you'll allow the exageration) simply a misinterpretation of momentum. Now let's take a look at the implications of relativistic mass, if it were to hold true. More mass means more momentum, so when baryonic cosmic rays come crashing in with over 10^20 electro-volts of kinetic energy (2), we'd see a whole lot more than the aurora borealis - planet Earth probably wouldn't support life.
More mass also means larger gravitational impact. So even when these cosmic rays aren't exterminating all life on Earth, they're also exerting a vast gravitational sway on it as they're passing by, upsetting its orbit, either sending us careening into the Sun or pushing us out into the vast cold expanse.
This is obviously not the case, and keeping in mind the maxim that reality doesn't change with (mis-)perception at high rates of speed, we really have no need nor justification for supporting the notion of relativistic mass. This implies that there is no "universal speed limit", for the old rules of
momentum are re-instated. [If you're unconvinced over the 'no universal speed limit' assertion then please let me know. I have more supporting work which dispels the notion that light moves at c based upon the original Willem De Sitter's Double Star Experiment etc.]
1. http://galileoandeinstein.physics.virginia.edu/lectures/mass_increase.html 27 October 2008
2. http://en.wikipedia.org/wiki/Cosmic_rays 27 October 2008
[EOF]
No relativistic mass means that regardless of how much we accelerate objects, their mass won't increase, and if their mass doesn't increase then there's no chance whatsoever that these particles will turn into tiny harbingers of doom in the form of microscopic black holes. I look forward to your review.