- #1
Simran737
- 9
- 0
Hi all,
The Final Theory" by Mark McCutcheon offers a lot of new (strange) thinking, but can anyone out there, in laymans terms, and assuming one is familar with "The Final Theory", tell me how the heck orbits are done, ie, Moon around the Earth? If the whole universe is expanding, how do orbits work out given that Mark states that there is no magical force known as gravity, but some kinda atoms /expansion goings ons.
On a side note, if there is really gravity, whereby a larger mass can attract another smaller mass, could a large rock, in my garden, attract a very, very small mass (very small in scale) like the Earth holds onto mass in its field of pull.
Also, if I walk and stop, and I wanted to be concerned with just the pull of gavity below me, I mean just straight below me and downward, then could it be said that if the Earth, just below me and around me, say not more than a 10' radius, were to be cut out and taken right thru to the other side of the Earth (so as to have now a very long solid tube like piece of Earth), would that single piece be enough to keep pulling on me at its tip, where I am standing, or is it that we need for the whole Earth to be bending time and space, in order for even the Earth straight below me to have the amount of gavity that exists.
Student Randy
The Final Theory" by Mark McCutcheon offers a lot of new (strange) thinking, but can anyone out there, in laymans terms, and assuming one is familar with "The Final Theory", tell me how the heck orbits are done, ie, Moon around the Earth? If the whole universe is expanding, how do orbits work out given that Mark states that there is no magical force known as gravity, but some kinda atoms /expansion goings ons.
On a side note, if there is really gravity, whereby a larger mass can attract another smaller mass, could a large rock, in my garden, attract a very, very small mass (very small in scale) like the Earth holds onto mass in its field of pull.
Also, if I walk and stop, and I wanted to be concerned with just the pull of gavity below me, I mean just straight below me and downward, then could it be said that if the Earth, just below me and around me, say not more than a 10' radius, were to be cut out and taken right thru to the other side of the Earth (so as to have now a very long solid tube like piece of Earth), would that single piece be enough to keep pulling on me at its tip, where I am standing, or is it that we need for the whole Earth to be bending time and space, in order for even the Earth straight below me to have the amount of gavity that exists.
Student Randy