Key to Quantum Gravity and Dark Matter

Keys to Quantum Gravity

All of us know that Quantum gravity is still remaining as a question in physics. There are so many proposals for quantum gravity in physics. Here I am proposing my thoughts about quantum gravity. Here I am trying to explain quantum gravity according to my point of view. It might be a key for the researchers who are working with this field.

To say something about quantum gravity we have to know what gravity is? Everybody in the world will say that gravity is closely related with mass according to Sir Isaak newton’s law of universal gravitation. I also agree with this theory but here I am intended to say that gravity is closely related to the frequency of a particle than its mass. Einstein has explained gravity very well in his theory of special relativity too and we have the very famous equation in the world that E= mc². This equation is describing the relationship between energy and mass but not giving us a correct definition of mass. Presently scientists who are in this field are trying to get a definition of mass and to gravity. According to me the most precious equation which can help us to get an answer about this question is Plank relation, that E=Һѵ. According me this equation is describing the relationship between energy and frequency.

At this stage I was intended to think about blackbody radiation and photoelectric effect to reach some conclusions. Blackbody radiation describes about the minimum amount of energy required to form an electromagnetic field (a quantum). Here we can say a photon as a unit particle. So here we can see that the minimum amount of energy required forming a unit particle or a photon and its frequency. Once we go through the photoelectric effect we can see that a photon can eject an electron from an atom, if it has the sufficient frequency. Here we can see that frequency of a photon varies. That means frequency of particles can vary according to the energy stored in it. So here we can say that the minimum amount of energy required to a photon to eject an electron from an atom. Here the intensity of the photons has no roll. Here we can say that, if a photon doesn’t have sufficient energy to eject an electron from an atom, it will radiate from the atom at the same time. So the amount of energy stored in a particle is directly related to frequency. These observations made me think about the particles and the amount of energy stored in it.

In blackbody radiation we can see that the minimum amount of energy required creating an electromagnetic field and in photoelectric effect we can see that the minimum amount of energy required to a photon to eject an electron from an atom. Now we can imagine if the amount of energy is less than this level what will happens. Normally we can say that its frequency will be less. In a blackbody it can’t create an electromagnetic field and in photoelectric effect it can’t eject an electron from an atom. So it is just actin on the object and cannot cause anything seriously. At this stage I am intended to think that if a particle with the amount of stored energy much lesser than that of a photon (may be half or something less than a photon).what will happen if it is like that? Normally we can say that the frequency will be that much lesser. So at this time those particles with lesser energy in it cannot act against anything. It can be act like a transparent object and it can show only gravity according to its frequency.

According to me if two or more photons are accommodating in a system, it can add some mass to the total system. Like this way these low energy particles can add mass on a system according to the amount of the particles in the system. Here I am intended to say that dark matter may be existing as particles like this. Here we can use the equation E=Һѵ and calculate the range of gravity. I just have started my new project about quantum gravity with this thoughts and hope to get good result soon.

Reference

 http://dx.doi.org/10.4236/ijaa.2014.41015

Aloysius Sebastian

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