the equation is really simple ...... y= 23*sin(x) where x
and the longer it takes the bigger it gets ..... evolving .. mutating ... and consuming the life of other matters .. taking a form of its own .... an enemy form .... a long life arch enemy
the equation is really simple … y= 23*sin(x) where x is -pi:.0001:pi where y stands for the opinion about the matter at hand
only problem is … a momentary damping isn’t efficient on the long shot and its the longest shot
and up till now iam not able to understand how will such a collision affect the courses of the particles colliding
and the stationary position argument is failing because its relative to the status of the moving particles … WHICH I CAN’T CONTROL
AND I CAN’T STAND HOW THE OBSERVER “AND THE PARTICIPANT PATICLE” EXISTENCE AFFECTING THE WHOLE OBSERVATION PROCESS
and the longer it takes the bigger it gets … evolving .. mutating … and consuming the life of other matters .. taking a form of its own … an enemy form … a long life arch enemy
I NEED A BOUNDARY CONDITION … A RISK … A CALCULATED RISK