User:Vanderhoeven

There’s a simple ratio between the constant k (7.10-11 ) from Newton’s gravi attr. formula and Hubble’s receding velocity constant H (15 km/sec per 1 million light yrs) ; neither “constant” being constant  ! The connection between the “constants” k and H , is the idea that the age of the Universe is 1/H or 20 billion yrs.( 6.10 17 sec.) and due to a continuous age increase, 1/H ; a continuous decrease of H. Assume an extra 10% or 2 billion yrs of the Uni’s age into the future. Age 1/H becomes 10% larger , automatically reducing H by 10 % . The expansion (or tangential) velocity of the Universe is r.H (45000 km/s) where r is radius of Uni ( 3.1025 mtrs) .( see www.hubble-h.com After 2 billion yrs of expansion the Uni’s radius is 10 % larger than it is now.( an increase of 3.1024 mtr ) The acceleration of the Uni’s expansion is r.H2 that equals Newton’s k. The r.H2 can be replaced by r.ω 2 .There by reducing Newton’s gravi attr. formula to ω2 . r = k, since at an acceleration that equals 7.10-11 , mass = r2 ( mass = 9.1050 kg). Using ω (the angular velocity ω= H) the gravi formula r.ω2 =k now uses a 10 % increased r= radius but a 1/ H 2 = 10% times 10% reduced ω2 ( 81/100 ) ; there by reducing Newton’s k by 10 % ,the same as the reduction of H due to the age addition of 2 billion yrs to the present 20 billion yrs of age . If Newton’s k and Hubble’s H decrease ( or increase) by the same percentage there’s a ratio between them ( k/H being the expansion velocity or tangential velocity of the Universe). After some 2 billion yrs , Newton’s gravi constant will be 10 % reduced from its present 7.10-11 value and Hubble’s H will be equally reduced by 10% from its present 15 km/s per 1 million light yrs dist. Someone , anxious about loosing weight, need to wait only 2 billion yrs for an automatic wght reduction of 10 % . The formulas for a rotating mass ω2.r = acceleration or V(t) = ω.r , are identical to Hubble’s V(receding) = H times distance . Hubble was not concerned with distance equals radius nor acceleration of the expansion or V(t). Formula ω = k/r can be used to calculate the age of the Milky way, using 1/ω equals age, and r = 50,000 light years(5.1020 mtrs). This age , 100 million yrs is some 50 times younger than the sun or other stars that joined it. Using the std formula ( ω2 .r = k times Mass/ r 2 )for the central sphere of the galaxie , that age comes to 50 million yrs.