big clunch in time vector, danger.

    big clunch in time vector, danger.

 

    1 Big Bang may start of world

 

    ２   with mass of objects,

          there are two future of space

 

        [1]  if gravity of space object is not so big, space continue expand

        [2]  if gravity of space object is too big, 1 black hole may also appear   = Big clunch

           

    ３   if object move to T vector,

          when we stop movement to  T vector,     

          world string stops movement.

          = space' s movement to T vector, stops

 

    energy to T vector ?

 

    1 absolute 0 temperature,

       movement energy of object = 0

 

    ２ when object still moves

        at absolute 0 temperature,

        2 possibility exist.

        [1]movement energy to T vector, convert to movement energy to XYZ vector

        [2] absolute 0 temperature we believe, is not still absolute 0 temperature

 

        why when object keep move to XYZ axis,      big clunch to T vector happens ?

 

          if particles energy to expand into T vector not enough,

          if mass of past is large,

          big clunch to t vector may happens.

 

    energy = movement in concept world + movement in xyzt world

 

               when

               energy = 0,

                object stops.

 

                   if movement in concept world stopped,

                + if movement in xyzt world stopped,

                = energy to xyzt vector + energy in concept world => 0 

 

         case of particle, choose particles speed ratio to each vector

 

            if long cylinder exist,

            inner particles speed

            to each vector,

            change after confliction

 

            [1] if cilinder extend into y vector,

                 number of confliction is

 

            y vector   ... little

            x vector   ... large

            z vector   ... large

 

    

            [2] if cilinder extend into y vector,

                 energy loss to each vector with confliction is

 

            y vector   ... small

            x vector   ... large

            z vector   ... large

 

        conclusion:    particles speed into each vector, changes after time

                              if fliction at wall small, particles will not lost their speed

 

 

    long cylinder in real world ?

            [1] world strings

                 each world, is long cylinder.

 

 

        conclusion:  [1] big clunch to t vector, may happen, if object move to T axis

                            [2] measurement = monitor of sum of moment of T axis

                                                           no cover to future

                                                            

 

 

 

    writer