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5. Matter- the Unita
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The concept of static volume, static measurement |
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| When we measure volume, we think of it as static. That is, a ship is 100 ft long, or a person is 6ft high, or a weight of gold is x ounces or a carat of diamond is 1 carat, or something is 20C is 20C. | ||
| This concept of static volume has been essential to maintaining our present ability to fix relativity of things- the size of stars, the temperature of planets, the weight of substances, the frequency of substances, the melting point of substances. | ||
| From list upon list of statistics on substance measurements, we have constructed the idea of static volume. For instance, we do not think of a person growing and shortening over 1 day, over a month, over a year. We only think of a lifetime, except for small children and older people. yet science has established that our height is a dynamic measurement that changes daily between a norm. | ||
| The concept of Pi is dynamic volume. No sphere is unique Pi, nor the same moment to moment. Not only does its relative position change, but its motion, frequency and size (volume). | ||
| All objects have fuzziness. All objects have vibration- unique volume at a moment. As dynamic volume, the frequency to Volume ratio is a powerful measure in understanding the behaviour of smaller substances. | ||
| We see Pi as an expression of dynamic volume and dynamic vibration ratio. Pi in expression of frequency enables understanding of the alignment of perfect frequency to volume ratios for atomic shapes- of harmonic perfection. - e.g. hydrogen, helium, oxygen or carbon. | ||
| While the understanding that all objects in the universe have dynamically changing volumes may not appear an earth shattering understanding at this point. Nor might the understanding of Pi representing a critical measure of naturally aligned frequency of substances. | ||
| However, in later chapters when we begin to delve into the world of the atom and the molecules, the star and the planet, such understandings of dynamic volume, dynamic frequency and the power of Pi become critical. For in understanding all things are in constant internal change and external change we may better unlock the precise characteristics of substances in context and therefore better harness this knowledge. | ||
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