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A theory of gravity

space is thought to be granular with the smallest distances being spaceless. one can imagine spacelessness as follows. it represents the complete interconnectedness of space. so space is a mix of mass and spacelessness the latter happening at the smallest scale.
let m1 and m2 be two masses separated by distance r. m1 interacts with spacelessmess and produces massless gravitons the intensity being proportional to m1. similarly for m2. Both the gravitational waves have instantaneous effects . gravity due to m1 and m2 will interact. The net effect is product of their intensity which is product of their mass. since both the gravity loses their intensity because of mass effect of space which reduce their combined effect by square of their distance between them. further attenuation is caused by spacelessnes and it is constant factor equal to G. I have purposely tied the theory to newton's for simplicity. qualitatively thats what happens

<blockquote data-quote="sravna" data-source="post: 477700" data-attributes="member: 9210"><p>A theory of gravity</p><p></p><h2><span style="font-size: 12px"><strong>space is thought to be granular with the smallest distances being spaceless. one can imagine spacelessness as follows. it represents the complete interconnectedness of space. so space is a mix of mass and spacelessness the latter happening at the smallest scale.</strong></span></h2><h2><span style="font-size: 12px"><strong>let m1 and m2 be two masses separated by distance r.&nbsp; m1 interacts with spacelessmess&nbsp; and produces massless gravitons the intensity being proportional to m1. similarly for m2. Both the gravitational waves&nbsp; have instantaneous effects . gravity due to m1 and m2 will interact. The net effect is product of their intensity which is product of their mass.&nbsp; since both the gravity loses their intensity because of mass effect of space which reduce their combined effect by square of their distance between them. further attenuation is caused by spacelessnes and it is constant factor equal to G. I have purposely tied the theory to newton&#039;s for simplicity. qualitatively thats what happens</strong></span></h2></blockquote><p></p>

[QUOTE="sravna, post: 477700, member: 9210"] A theory of gravity [HEADING=1][SIZE=3][B]space is thought to be granular with the smallest distances being spaceless. one can imagine spacelessness as follows. it represents the complete interconnectedness of space. so space is a mix of mass and spacelessness the latter happening at the smallest scale.[/B][/SIZE][/HEADING] [HEADING=1][SIZE=3][B]let m1 and m2 be two masses separated by distance r. m1 interacts with spacelessmess and produces massless gravitons the intensity being proportional to m1. similarly for m2. Both the gravitational waves have instantaneous effects . gravity due to m1 and m2 will interact. The net effect is product of their intensity which is product of their mass. since both the gravity loses their intensity because of mass effect of space which reduce their combined effect by square of their distance between them. further attenuation is caused by spacelessnes and it is constant factor equal to G. I have purposely tied the theory to newton's for simplicity. qualitatively thats what happens[/B][/SIZE][/HEADING] [/QUOTE]

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