CHAPTER 14 Dark Matter and
Dark Energy
In our previous chapters, we have discussed about a matter that obstructs various combining processes. In this chapter, we will discuss about that matter in detail.
14.1 Features of Dark matter
In this cosmos, along with five ‘Mahābhūta’ substances, a type of substance is produced in large quantities, which largely remains latent and which has dominance of forces like repulsion and projection. This substance is cumulatively known as ‘Asura.’ Even though it contains projectile and repulsive forces, it also contains attractive force in small quantity. This attractive force is towards itself means between the atoms of Asura substance, else the substance would have never existed and would have disintegrated and destroyed completely.
It is tries to obstruct the synthesis of two particles or two celestial bodies, but its attempt fails due to the effect of visible energy. Even then, this subtle energy maintains a distance among the particles and celestial bodies during their mutual synthesis. If that would not have been the case, then the entire universe would have densely synthesized to the least volume. Some other attributes of this substance are as follows-
In this cosmos, the most powerful attractive force cannot combine two or more than two objects (celestial bodies, particles or Raśmi-s etc.) together; even they cannot touch each other mutually and there always a space among them. Simultaneously, the system of combination, separation, synthesis and dissociation keep occurring everywhere in cosmos. In these actions, Dev and Asura both types of substances play their part. The Asura substance maintains suitable gap between celestial bodies through its repulsive force and also helps to hold them or keep them stable. Among the two, Dev and Asura substance, Dev originates first and Asura originates subsequently.
It is evident from the statements that apart from the matter that makes this cosmos, there is yet one other matter which is invisible and latent. Visible matter is the main reason for the creation of various celestial bodies, while the invisible matter cannot create any celestial body. Despite this, in creation of visible universe, invisible matter plays an imperative role.
In Vaidika Physics, visible matter is known as Dev and invisible matter is known as Asura. Modern science too acknowledges two types of matter. It terms the latent matter as Dark Energy or Dark Matter. Modern science has not been able to properly describe these Dark matters, neither has proved nor clarified its existence and functioning.
In this universe, modern science considers 4.6% visible matter and visible energy, 24% dark matter and 71.4% dark energy. In the context of the origin and properties of dark energy, modern science is itself in darkness.
14.2 Matters similar to dark matter
Here, it seems that the four types of Asura matter as described in the next page acquires particle form. There is least amount of attractive force between these particles. It is somewhat similar to dark matter of modern science. In these, Chanda Raśmi-s show least attraction towards the visible matter (Dev matter) possessing strong bonds because they themselves possess weak bonding. Even then, due to their combination with Prāṇa Raśmi-s, these produce particles by becoming dense. But these particles are not so dense as the particles of visible matter (Dev matter). Due to this reason, these are unable to become part of the cosmos directly.
Even if this matter does not gets attracted by visible matter, but there is negligible mutual attraction within itself; else the entire Asura matter would have scattered and it could not have functioned. Today it is being said that dark matter helps in holding the galaxies, but this holding property is not possible if they had zero mutual attraction among the particles. These particles are difficult to identify as they are less dense due to, they being formed from weak bonded Raśmi-s.
Modern science is researching about dark matter. By understanding the properties of our Asura matter, they will definitely get help in their research. It is not necessary that all the substances of the cosmos can be known. Trying to make science experimental everywhere and limiting only to it is like making the real science parochial. Theoretical physics can be sufficiently expanded by logic, reasoning etc. too. But this does not mean that experiments, observations and examinations should be excluded and thrown away, but it is necessary to think beyond these limits too.
14.3 Classification of Asura matter
Asura matter can be classified as below. Such Chanda Raśmi-s-
We have considered the 4 categories of Asura Tattva described above in Vaidika science, equivalent to dark matter of modern science. While four categories of Vaidika Asura Tattva have been presented, we are not aware of any clear categorization of dark matter as described by modern science. But they do consider hot and cold, two types of dark matter.
The first category of Asura Tattva is very weak, as it is not simulated by Mana and Vāk Tattva at all.
Our fourth category of Asura Tattva, in which Chanda Raśmi-s combine with unorganized Prāṇa Raśmi-s, is the fiercest, as disorganized Prāṇa Raśmi-s are unable to control Chanda Raśmi-s. Remaining two Asura matter (2 and 3) become weak and pervade in the entire universe. It is possible that they play role in holding various celestial bodies by influencing them due to their mass.
In this cosmos, this fierce latent Asura substance is also found in following forms-
14.4 Āsurī U̅rjā (alleged dark energy)
After Vaidika Asura matter, let us discuss about Āsurī U̅rjā.
The aforementioned Asura matter is form of Āsurī energy. Of these, first energy is formed from Mana in combination with uncontrolled Vyāna along with Prāṇa–Apāna or Prāṇa-Udāna, while other energy is in form of Prāṇa Raśmi-s without Chanda Raśmi-s. These both types of energy are form of latent energy. Vaidika dark energy is similar to, what modern science calls as dark energy, to the extent that both exhibit repulsive properties. The reason for this is that it only has Prāṇa Raśmi-s and does not contain Chanda Raśmi-s. Modern science is largely unfamiliar with the properties of dark energy and it also does not know, why is the effect of dark energy only repulsive? Our Vaidika science throws sufficient and clear light on it.
14.5 Cause of repulsion between two particles
When an atom or elementary particle or molecule comes very close to each other, then despite attracting each other they stop at a specified distance from each other and start repelling each other.
Never two particles can touch each other. The reason for it is every particle is always surrounded by a subtle envelop of Āsurī U̅rjā (dark energy). It is that envelop that does not allows a particle to completely combine with another particle. Reduction in the gap is due to the lessening of the envelop. Combined particles too have some space. Modern science too acknowledges that if the gap becomes lesser than a certain distance (R0), repulsive force becomes active between two atoms, but they are unaware of its causes.
14.6 Violation of relativity for short period
When high energy electromagnetic radiations strike dark energy, at that time their velocity increases suddenly, and nowhere else these electromagnetic radiations have velocity higher than this. Here, it seems that the theory of relativity of Einstein is violated, as in this situation, the electromagnetic radiations breach their widely accepted velocity of 3 lakh kilometer per second in vacuum and attain the highest velocity. This velocity is not seen anywhere else. It is to be noted that this maximum velocity is for electromagnetic radiations and not for Raśmi-s like Prāṇa etc. As we have earlier mentioned that the maximum velocity in the cosmos is of Dhanañjaya Raśmi which cannot be breached.
While striking dark energy, various wave-particles project powerful Marut Raśmi-s from their rear portion. The dark energy can be controlled or destroyed by this projection and due to the powerful projection of these Marut Raśmi-s, the velocity of wave-particles further increases in the opposite direction by reactionary force. Here the violation of relativity is not permanent but for a very brief period.
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