primem0ver
Emperor
Ok... well it sounds like its pretty much unanimous here. Works for me.
What's next the hollow moon?
Oh, you mean like a Dyson Sphere![]()
What's next the hollow moon?
@Hydro
What next underground mars/moon map?
Dont complain about this idea. As I remeber you was first that want to add underwater/underground map. Both ideas are at the same level of thinking.
Personally I disagree with both
@Hydro
What next underground mars/moon map?
If you need conspiracy theories, can't you at least choose some that are halfway plausible instead of one that is so easily disproven by anyone?Big difference between Hollow Planet theory and Underground/Underwater layers btw. The latter would be acceptable science and strategery, the first would be a modmod for those rare nutjobs like me who actually think its legitimately possible and that the scientific community has not only failed to conclusively dismiss the possibility but is likely being taught to cover up the truth by being convinced of an equally valid, yet false, model by being taught that model as if it were now undeniable fact.
Much safer for people if they have zero awareness of these things.
No, gravity was first deduced from the movement of celestial bodies (which you can watch yourself if you like). It was not based on any model of the interior makeup of Earth.The Hollow Planet theory counters with: Centrifugal force throws off all our base assumptions regarding gravity in the first place because those basic presumptions about the force of gravity are predicated on the current model of Earth being accurate.
Densities must be assumed, however, and once the model for gravitational calculations was completed, it defines our presumption of densities. Thus, you are right, but the basic presumptions that lead us to a judgement of density is predicated on the assumption that planets are not hollow.No, gravity was first deduced from the movement of celestial bodies (which you can watch yourself if you like). It was not based on any model of the interior makeup of Earth.
Do you even know how strong centrifugal forces are at what distance?
To some extent I answer the question above. However, the ovular shape has something to do with this. That and the theory suggests there are 'holes', polar entrances into the interior, at the poles, perhaps in part due to the point you make.If it was centrifugal forces, they would not apply at the poles anyway. So what is holding them up?
But that assumption was not part of the development of science in that area. Actually scientists still considered it possible some centuries back.Densities must be assumed, however, and once the model for gravitational calculations was completed, it defines our presumption of densities. Thus, you are right, but the basic presumptions that lead us to a judgement of density is predicated on the assumption that planets are not hollow.
I'll admit, I'm no physicist, but it seems rational if you consider that some of our basic assumptions and fundamental calculations could be flawed by the universal acceptance of solid planet formation.
When you assume mass in a kind of shell around a hollow core, then any object in there is pretty much weightless as the gravitational pull from all the sides is equal at any point inside the shell and the centrifugal force (considering that you rotate along with earth) is far lower than gravitation.So I'm not about to go into measurements of centrifugal forces and such so much as to make the theoretical points that support the possibility against the collapse assumption.
In the interior, gravitational force still pulls towards the center of the mass wherever the mass exists, thus from within the ovular shaped interior, you'd have some gravity working for you there as well to pull you into the surface (under which is the majority of local density, thus gravitational pull source) supported by enough centrifugal force to counter the 'other side's' gravitational pull. The majority of mass is between the two crusts (interior and anterior) and thus gravity is not centered in the middle of the planet as much as it is in the middle between the two layers.
But that assumption was not part of the development of science in that area. Actually scientists still considered it possible some centuries back.
It is just that newer observations (far later than when the fundamental models were developed) proved the solid model, not the hollow one.
When you assume mass in a kind of shell around a hollow core, then any object in there is pretty much weightless as the gravitational pull from all the sides is equal at any point inside the shell and the centrifugal force (considering that you rotate along with earth) is far lower than gravitation.
primem0ver mentions the most important one: The recordings of earthquakes all around the world. And no, that data can't be faked as there are a large amount of seismometers around and that includes a lot by hobbyists that are connected to the internet (example: http://www.jonfr.com/volcano/?p=3131 ).Interesting arguments. I'd love to see these newer observations (provided I could understand the data... lol).
But it is, no hollow earth model exists that fits to evidence.All I'm saying here is that I don't think the theory is 100% disproven.
Such as?A large and rather convincing body of evidence may well exist against Hollow Earth, yes, but there is also a decent body of evidence for it that has not been fully refuted yet, mostly just ignored and laughed off.
The advantage to science is that you don't have to take anything at face value, you can go and check the papers yourself, starting from the fundamental ones and verify that the conclusions are valid and fitting to the data.I believe there's a danger in taking the scientific community's conclusions at face value because there's politics involved in insidious ways there to enforce general assumptive conclusions to cover up things the masses should not know.
Then go and verify it yourself. You say you are no physicist but that you know better.My only point is that this MAY be one area this has taken place.