Gravity equation

The collective sum of the dipole angle of orientation x the sum product of the mass value divided by the square of the magnetic field: equals gravity! Applies anywhere in the universe! Note; all atoms have a dipole that energizes its own magnetic field, so when atoms are in ensemble mode the magnetic field increases according to inverse square law; 'i.e. it increases in strength' you may think of gravity as heavy photon rain that acts in all directions emanating from the atom or ensembled atoms example the world our planet we survive upon! Sir Isaac Newton is a great man who had full faith in 'Almighty God'!

gravity can be managed to our advantage;

a high electrical charge below light emission level orientates the dipole of any atom structure so when light or heavier photons example gravity acts upon the said structured force; the ensembled structure may offer less physical resistance to said bombarding photons; so then they may pass straight through the ensembled atom structure; or managed by an applied magnetic field as robert milikan found with his oil droplet experiments;

however if a non light emitting electrical charge and simultaneously an accompanied high magnetic field is generated from within an object such as a copper tesla coil apparatus complex, then the surrounding external applied photons ie gravity photons can be managed by said field in order to effect movement; thus managing in effect! the natural gravity effects that surround any collection of structured atoms ie a faraday cage box or whatever; andrewlangham@yahoo.co.uk

i think andrew langhams gravity theory is correct

a battery connected to two metal plates of a chamber sir robert millikan created an electric field between the plates that would act on the charged oil droplets; he adjusted the voltage till the electric field force just balanced the force of gravity on a drop, and the drop would hang suspended in mid-air.
When a drop is suspended, its weight m · g is exactly equal to the electric force applied, the product of the electric field and the charge q · E.
The values of E (the applied electric field), m (the mass of a drop which was already calculated by Millikan), and g (the acceleration due to gravity), are all known values. So it is very easy to obtain the value of q, the charge on the drop, by using the simple formula: m · g = q · E
Millikan repeated the experiment numerous times, each time varying the strength of the x-rays ionizing the air, so that differing numbers of electrons would jump onto the oil molecules each time. He obtained various values for q.
The charge q on a drop was always a multiple of 1.59 x 10-19 Coulombs. approx value accepted today: 1.602 x 10-19 C it is known that charged particles can be accelerated within a magnetic field note so can a frog or any stucture of atoms so therefore we can manage gravity with electical charges and magnetic fields providing they are calibrated correctly example charge below light emitting level and magnetic field needs to be very powerful 40 tesla and higher for large objects with a saturated flux composition. andrewlangham@yahoo.co.uk

a battery connected to two metal plates of a chamber sir robert millikan created an electric field between the plates that would act on the charged oil droplets; he adjusted the voltage till the electric field force just balanced the force of gravity on a drop, and the drop would hang suspended in mid-air.

When a drop is suspended, its weight m · g is exactly equal to the electric force applied, the product of the electric field and the charge q · E.

The values of E (the applied electric field), m (the mass of a drop which was already calculated by Millikan), and g (the acceleration due to gravity), are all known values. So it is very easy to obtain the value of q, the charge on the drop, by using the simple formula: m · g = q · E

Millikan repeated the experiment numerous times, each time varying the strength of the x-rays ionizing the air, so that differing numbers of electrons would jump onto the oil molecules each time. He obtained various values for q.

The charge q on a drop was always a multiple of 1.59 x 10-19 Coulombs. approx value accepted today: 1.602 x 10-19 C it is known that charged particles can be accelerated within a magnetic field note so can a frog or any stucture of atoms so therefore we can manage gravity with electrical charges and magnetic fields providing they are calibrated correctly example charge below light emitting level and magnetic field needs to be very powerful 40 tesla and higher for large objects with a saturated flux composition. andrewlangham@yahoo.co.uk