HEAT AND COLD. 



to conform throughout all space with the already ac- 

 cepted truths as to movements of planets, orbital and 

 axial. 



This law again proves how conclusively the sun 

 acts throughout all space as a driving, lifting and sepa- 

 rating power, just as it does in our simplest observa- 

 tions earthly. Just as it expands the finger so as- to 

 render the finger ring tight on a hot day. 



The planets near the sun are the solidest from ex- 

 terior appearance, and they should be in order that 

 the sun could move them faster in the orbit. They 

 should be more solid in order that the displacement by 

 the sun during exposure, and precipitation by cold dur- 

 ing exposure to cold, would be less, so as to reduce 

 revolution on the axis. In each case they do conform. 



The cause of planets sinking nearer to the sun 

 can be explained by loss of heat within the unit. Loss 

 of heat within the unit means compression. Compres- 

 sion means greater weight in relativity. Again they 

 all conform. 



A body being more solid nearer to the sun as 

 proved by compression, and thereby must be less dis- 

 persable by a given amount of heat; in consequence, 

 great orbital movement through action on the body 

 as a unit. 



The same law proves by compression and proxim- 

 ity being the same, that the reduction in the dispersing 

 of matter and likewise of the power of possible com- 

 pression on particles of same, must inevitably lower 

 the axial movement of the body. Thereby we get a 



246 



