reply to post by mandroids
Could this be key in understanding and then manipulating gravity?
No. Why does a snowball, when rolled down a snowy slope, enlarge into a bigger "ball", because that's how the matter clumps together. Cubes
rarely exist in nature, spheroid shapes, on the other hand, are everywhere as it's the most compact possible shape while keeping the highest possible
volume.
So lets explain how something like a typical solid planet forms. You've got a massive cloud of rotating gas and matter. Because some of this stuff
has mass, it has a gravitational effect, pulling things in closer, which because of the spinning motion and gravitational attraction, become, over
time, part of the object. Because gravity it working out in all directions from the center of mass, the pull is equal in all directions, making it a
spheroid shape, rarely a perfect sphere, but spheroid none the less.
The more matter it brings in towards the center of gravity, the more mass is present, the larger the gravitational effect becomes.
The key to understand and possibly manipulating gravity comes in discerning the mechanical process that actually allows gravity to work.
One of the better theories is that there is a field, or fields, permeating all of space called the "higgs field" this field acts against particles
like water would against a boat or object travelling through it. This resistance offered against particles by the higgs field creates the ILLUSION of
mass, when in fact, it's merely a factor of resistance.
The LHC is actively trying to break off a piece of this higgs field, and to find the higgs boson, the particle that would be considered the "force
carrying" particle of that particular field.
If we can tap into THAT knowledge, there is a chance we could manipulate the higgs field, and manipulate gravity by extension.
That said, this was a waste of my time as the OP is clearly not reading or comprehending any replies.