A greater explanation on the concept of mass, density and volume
 
  In Chapter 5, we explained the fundamental objective of UCA in constructing the Unita was to achieve volume. By devising a certain geometric shape using the minimum number of points of UCA, UCA succeeded in meeting this goal and the goal of existence in form. However, what of the interpretation of the goal law from the perspective of the Unita? Does the Unita share the same volume goal as UCA?  
6.19.1 The unique perception of the Unita  
  As stated, each Unita has a unique perspective in form, while at the same time following the same fundamental laws as UCA, by virtue of being constructed of pure UCA in motion. This perspective is from within the dream looking out.  
  From the unique perspective of Unita, the goal of unique volume in unique position is already verified by its own existence. The goal of the Unita within the dream, the reality and depth of experience of the dream is not assured. A different goal than volume is required.  
6.19.2 The Unita goal of depth of reality expressed as goal for greater density  
  To increase the reality and depth of the unique experience within the dream (Universe), a greater density of UCA is required other than the single Unita. By virtue of the interaction of different shaped Unita in motion, more complex form is assured.  
  Through the laws of attraction, Unita wish to come together to create greater form in terms of the maximum possible number of Unita in a given volume of space (density).  
 
This is why density = mass (number of structures)

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volume (given volume of space)
 
  This is why the most dense structures are the most attractive structures in the Universe (e.g. neuron Stars as will be explained in Chapter 10 of this book).  
6.19.3 The reduction in volume when objects come together in superior structures  
  What is often missed in descriptions and understandings of the volume and density of certain substances ( e.g. metals, earth, rock etc) is that the greater the mass (number of particles), generally the less the volume of space taken up by the substance, the greater the density.  
  Things that are more dense, are necessarily smaller in size. This explains why denser substances ( e.g. 1 cubic metre of Gold versus a Sand) is much heavier.  
6.19.4 Structure is a key in understanding optimum way objects come together  
  The second point that is often missed in creating greater form is that geometric structure plays a significant part in optimizing mass and therefore density. In other words, how things are constructed, not just their mass has a significant part to play in their size and strength.  
  3 Dimensional geometric strength due to superior structure is unfortunately one of the least developed areas of contemporary human knowledge, given much of the theoretical work done by science in the fields of nuclear and atomic physics so far has focused on two dimensional results and two dimensional diagrams.  
  The geometric shape of objects we now see impacts their size as well as their strength. We call this measure of geometric strength of objects the Steph (which will be discussed further, later in this book) in honor of a most learned woman who contributed greatly to the construction of this work.  
6.19.5 Conservation of motion due to greater mass and geometric strength  
  The third point that is rarely adequately defined is that by creating greater form in some 3D geometric shape, the motion of Unita is reduced but the strength of attraction and direction is increased. This results in Unita in form having greater motion than individual Unita as individual Unita ( such as Gravitons) have less efficient motion interaction ( fuzziness, or vibration).  
  Most importantly, the geometric shape ensures the minimum required loss of motion to create form. Thus geometric strength once again provides an indicator of the potential maximum motion in form of particles.  
6.19.6 The importance of these insights to the coming chapters  
  These insights will become increasingly important as we seek to understand the nature and behaviour of more complex structures in the following chapters. As you will see, they will help unlock a number of previous mysteries surrounding the keys to complete atomic alchemy ( fusion power, creating molecules and atomic structures cheaply and easily as required).  
     
 
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