Is It possible for the earth to lose its gravity?

Answer 1

No! Earth has a power gravity core not a magnetic gravity core, the magnetic and Iron core is the weight density on spacetime providing gravity as some people including me theorise and include that to our major theories.

Answer 2

Not in any practical sense. As it has been noted, gravity and mass (and energy) are two sides of the same coin. Because the Earth (and all matter) has mass, it must gravity. It would take a fundamental realignment of physical laws to just "lose" gravity. It MAY be possible to reverse the effect of gravity by reducing mass. There are theories around zero point energy (energy from nothing) that allegedly result in this. However, this is not likely to happen and the minute that mass equals zero the object in question is accelerated to the speed of light. Do the math: E=MC2, if you remove the M, you are left with nothing but energy at the speed of light (squared but since nothing can go faster than light, you are limited to C.).

Answer 3

No not really possible. Gravity is based on the mass of the earth, and every year the earth picks up close to one ton from small rocks and dust that fall from space. So the mass is very slowly increasing as will the gravity. Not to worry it will take several hundred century's to cause any real difference.
It is possible but the earth would have to lose a lot of its mass to do so and I can't really see this happening.

Steve

Answer 4

No. This is highly improbable. Even if the Earth was hit by a planet sized object the gravity of any material the Earth was made would reform and rejoin. In fact if a really large object like a planet hit the Earth (which is so inprobable I cannot begin to calculate the odds) the Earth would actually have MORE gravity due to the extra matter from the other object hitting and joining the Earth.

Answer 5

No,and I dont agree with the mainstreamers either,a body with mass doesnt just "Have" gravity.Gravity is only possible when it is installed in a place like earth in the first place,or any planetary body that rotates because gravity is the result of the grid in the upper atmosphere being charged by the sun and the electrons of the aetheric force flowing to the earths grounds.As most things have an electron ,they will also flow towards the grounds.We live in an engineered system with the cymatic phi grid as the method of planetary function.Plain and simple to me,as I have seen and experienced the evidence.

Answer 6

Each molecule of Earth matter has it individual gravitational field. Earth cannot lose its gravity, but Earth could, of course, be disseminated by a big bang and spread through out the universe...I guess then Earth would not exist, but its gravity would remain somewhere out there?

Answer 7

In a sense, earth is gravity and gravity is earth.

Similarly we can speak of any mass. Mass is gravity and gravity is mass.

Any mass has a gravitational attraction with another mass.

If in space, there exists a gravitational field, then there must be mass somewhere in the field.

Answer 8

Gravity exists in the presence of any mass. Earth has mass, so it has gravity. If Earth lost all of its mass by totally and completely evaporating and scattering all of its molecules into space, it would have no gravity---but of course there wouldn't be any Earth either.

Answer 9

Anything that has matter, will have gravity, meaning attraction. You do have to take the mass into consideration, meaning the mass of a peanut will be overwhelemed by the mass of the earth and not attract much. But in the nothingness of space it will draw smaller objects to it. So simply put, no.

Answer 10

No. Anything that has mass has gravity and since Earth does have mass there will always be gravity.

Answer 11

In the immediate-not very likely... but we know for certain that our own Sun will go "Red Giant" ...in many hundreds of millions of years ...Besides ending all life here(if any is extant at that time) and destroying any atmosphere present ...substantial geophysical disentegration of the earth is also very likely at this time ...gravity being "relative" ..I would guess you mean will it be possible for the earth to have periods of substantial gravity loss ...The answer is yes- and in the distance of time future it is even likely... despite its mass and inertia ...