Analysis of the Theory of Abstraction: Zero Postulation Results
Abstraction
Nonfiction, Science & Nature, Science, Physics, Solid State Physics, Mathematical Physics, Astrophysics & Space Science
| Author: | Subhajit Ganguly | ISBN: | 9781498951999 |
| Publisher: | Tech Reads | Publication: | October 21, 2014 |
| Imprint: | Language: | English |
| Author: | Subhajit Ganguly |
| ISBN: | 9781498951999 |
| Publisher: | Tech Reads |
| Publication: | October 21, 2014 |
| Imprint: | |
| Language: | English |
From the Theory of Abstraction, we arrive at ‘hidden’ direction part of an energy-quantum. Quantum dynamics is seen to merge with classical dynamics if this hidden direction-part of the quantum-states is taken into consideration, as validated by practical analysis and data. Moreover, this hidden part of an actual energy-quantum may explain the dark-energy problem. As a support towards transport comprises the direction-part only, and as the resistance against motion is offered against the whole of an energy-quantum (direction-part + magnitude-part), this hidden energy may very well affect a gravitational field. On the other hand, if matter is considered to be condensed energy, and as such condensed energy quanta in some form of orientation in space time, there ought to be some self-same hidden mass as the magnitude-parts of the constituent energy quanta, thereby indicating a hidden dark-matter. Thus the anomaly of the existence of dark-matter and dark-energy being hidden from us may be reconciled with in accordance with the Theory of Abstraction.
From the Theory of Abstraction, we arrive at ‘hidden’ direction part of an energy-quantum. Quantum dynamics is seen to merge with classical dynamics if this hidden direction-part of the quantum-states is taken into consideration, as validated by practical analysis and data. Moreover, this hidden part of an actual energy-quantum may explain the dark-energy problem. As a support towards transport comprises the direction-part only, and as the resistance against motion is offered against the whole of an energy-quantum (direction-part + magnitude-part), this hidden energy may very well affect a gravitational field. On the other hand, if matter is considered to be condensed energy, and as such condensed energy quanta in some form of orientation in space time, there ought to be some self-same hidden mass as the magnitude-parts of the constituent energy quanta, thereby indicating a hidden dark-matter. Thus the anomaly of the existence of dark-matter and dark-energy being hidden from us may be reconciled with in accordance with the Theory of Abstraction.
