My intention on the other thread wasn't really about getting into a huge discussion about 911.

...explosions at the base of the tower... The towers collapsing exactly like a controlled demolition... Wtc building seven... Military training for the same scenario on the same day... Etc.

because you are gonna hit a wall of deniers and one who will basically reply to your arguments with only theories and the official story

which for anyone well informed is just misleading and falsified and they-he will discredit every single word without giving any consistent proof that your argument is wrong.

Don't waste your energy with people who are not as open minded as you are and are not willing to see beyond the official story.

a wall of deniers

discredit every single word without giving any consistent proof that your argument is wrong.

not as open minded as you are and are not willing to see beyond the official story.

My Personal opinion. These forums are great just because of Vladimir's incredible work.
But for everything else specially about the conspiracy forum, you are just wasting your time and energy, because you are gonna hit a wall of deniers and one who will basically reply to your arguments with only theories and the official story which for anyone well informed is just misleading and falsified and they-he will discredit every single word without giving any consistent proof that your argument is wrong.

So there is this interesting new conspiracy theory that secret north European cosmos agency is stealing crucial data from smartphone users. Video explains: http://www.youtube.com/watch?v=75NA68WtF68

Since it's harder for life to push up against the surface, it's harder for them to grow larger since it would take much more energy to move around against the high gravity.

If humans evolved on a planet with high gravity, we would be shorter. Low gravity would be much less restrictive, and humans could grow taller.

In the movie, the creatures are GIGANTIC! It would take gargantuan amounts of energy just to move around slowly. On a home planet with low gravity, they'd be doing just fine, and would be collapsing under their own weight as they arrived. We'd have no problem blowing them to bits.

I believe that is what happened to the Dinosaurs, the earth expanded and the increase in gravity caused the larger dinosaurs to die out. Neutrinos from the sun interact with the hydrogen plasma core of the earth creating new simple and low elemental material (such as water), over time the pressure builds up and the earth suddenly expands (and violently). Most people believe the core of the earth is filled with iron and denser materials, this is not the case, the core of the earth is filled with the lightest elements, but under great pressure. This is logical to assume because at the center of the earth, there is no gravity, gravity tempers off half way through the earth's mass. The hydrogen core of the earth captures passing neutrinos and converts them into mass

this is not the case, the core of the earth is filled with the lightest elements, but under great pressure.

Core
Main articles: inner core and outer core

The average density of Earth is 5,515 kg/m3. Since the average density of surface material is only around 3,000 kg/m3, we must conclude that denser materials exist within Earth's core. Further evidence for the high density core comes from the study of seismology.

Seismic measurements show that the core is divided into two parts, a solid inner core with a radius of ~1,220 km[2] and a liquid outer core extending beyond it to a radius of ~3,400 km. The solid inner core was discovered in 1936 by Inge Lehmann and is generally believed to be composed primarily of iron and some nickel. In early stages of Earth's formation about 4.5 billion (4.5×109) years ago, melting would have caused denser substances to sink toward the center in a process called planetary differentiation (see also the iron catastrophe), while less-dense materials would have migrated to the crust. The core is thus believed to largely be composed of iron (80%), along with nickel and one or more light elements, whereas other dense elements, such as lead and uranium, either are too rare to be significant or tend to bind to lighter elements and thus remain in the crust (see felsic materials). Some have argued that the inner core may be in the form of a single iron crystal.[3][4]

Under laboratory conditions a sample of iron nickel alloy was subjected to the corelike pressures by gripping it in a vise between 2 diamond tips, and then heating to approximately 4000 K. The sample was observed with x-rays, and strongly supported the theory that the earth's inner core was made of giant crystals running north to south.[5][6]

The liquid outer core surrounds the inner core and is believed to be composed of iron mixed with nickel and trace amounts of lighter elements.

Recent speculation suggests that the innermost part of the core is enriched in gold, platinum and other siderophile elements.[7]

The matter that comprises Earth is connected in fundamental ways to matter of certain chondrite meteorites, and to matter of outer portion of the Sun.[8][9] There is good reason to believe that Earth is, in the main, like a chondrite meteorite. Beginning as early as 1940, scientists, including Francis Birch, built geophysics upon the premise that Earth is like ordinary chondrites, the most common type of meteorite observed impacting Earth, while totally ignoring another, albeit less abundant type, called enstatite chondrites. The principal difference between the two meteorite types is that enstatite chondrites formed under circumstances of extremely limited available oxygen, leading to certain normally oxyphile elements existing either partially or wholly in the alloy portion that corresponds to the core of Earth.

Dynamo theory suggests that convection in the outer core, combined with the Coriolis effect, gives rise to Earth's magnetic field. The solid inner core is too hot to hold a permanent magnetic field (see Curie temperature) but probably acts to stabilize the magnetic field generated by the liquid outer core. The average magnetic field strength in the Earth's outer core is estimated to be 25 Gauss, 50 times stronger than the magnetic field at the surface.[10][11]

Recent evidence has suggested that the inner core of Earth may rotate slightly faster than the rest of the planet.[12] In August 2005 a team of geophysicists announced in the journal Science that, according to their estimates, Earth's inner core rotates approximately 0.3 to 0.5 degrees per year relative to the rotation of the surface.[13][14]

The current scientific explanation for the Earth's temperature gradient is a combination of heat left over from the planet's initial formation, decay of radioactive elements, and freezing of the inner core.

Having lighter materials in their cores has nothing to do with their mass or pressure. This is due to the outer Solar system being much more deficient in heavier elements, so there are primarily only lighter elements to work with. Also, due to their mass they can hold a much higher proportion of gases (in the astronomical sense) than smaller worlds, giving them an even greater proportion of light elements to heavy ones. However the densest materials would still collect at their centers.

The only planets with enough mass and pressure to have primarily lighter materials in their cores are the Gas giants and even they still have rocky central cores.

the earth expanded and the increase in gravity caused the larger dinosaurs to die out.

the earth expanded and the increase in gravity caused the larger dinosaurs to die out

Most people believe the core of the earth is filled with iron and denser materials, this is not the case, the core of the earth is filled with the lightest elements, but under great pressure.

This is logical to assume because at the center of the earth, there is no gravity

The hydrogen core of the earth captures passing neutrinos and converts them into mass

The only planets with enough mass and pressure to have primarily lighter materials in their cores are the Gas giants and even they still have rocky central cores.

I thought some had diamond cores, due to the extreme pressure.