It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by ManFromEurope
reply to post by ButtUglyToad
To produce electromagnetic energy you have to move a conductor through a magnetic field.
There is no aligned magnetic field around a galaxy or even a theory of that, there is far too much chaos in the local magnetic fields (of suns, planets, etc.). Imagine a magnetic field constructed of the individual fields of earth, jupiter, saturn together. This should be possible, as every one of these planets have a well-defined field with known poles.
Now add the sun with its turbulances, its protuperances (each driven by its own magnetic field) and you get even for one single solar system: complete chaos in the magnetic field.
I highly doubt that there is a meaningful mean value of the added local magnetic fields of an entire galaxy.
Originally posted by zigmeister
reply to post by ButtUglyToad
What we call "antimatter" is what scientists have been producing in particle accelerators. Now "negative matter" is a term which refers to certain types of exotic matter.... Such as exotic baryons.... Now it is hypothesized that dark matter could be a form of exotic matter. The "antimatter" as you described it, is thoretical matter. Nonetheless, if we were talking about exotic forms of matter, it could exhibit an influence on expansion/contraction.
Keep in mind, these are terms, which scientists use everyday, publish in several reports, and peer reviews in a week, and apply to what they are used for.