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Papers by Vigneswaran Ramamoorthy

Research paper thumbnail of Description of a Model to Comprehend the Dynamics of an Observable Phenomenon in the View of Newtonian Mechanics

Book Publisher International (a part of SCIENCEDOMAIN International), Aug 5, 2021

This paper's purpose is to show the effectiveness of an approach to formulate and understand the ... more This paper's purpose is to show the effectiveness of an approach to formulate and understand the dynamics of an observable phenomenon through Newtonian mechanics. The approach starts by taking a simpler analogue of the problem we need to understand, and solving both the simpler and the real case simultaneously. Then, I have split the real case into two independent cases. The major part of the paper will be concentrated on demonstrating that the approach I choose is effective in comprehending the dynamics of the phenomenon. The problem I have considered is, in a circus, a co-worker saves a person who falls down during a rehearsal by dashing him in the horizontal direction, from a few feet above the ground. In the rest of the paper, for ease, I will be calling the person who saved as rescuer and the person who is being saved as casualty. The analysis of the problem is based on the assumptions that the collision between the rescuer and the casualty is an inelastic collision and after the total mass of rescuer and casualty come in the contact with the ground, it remains stationary.

Research paper thumbnail of A Model to Comprehend the Dynamics of an Observable Phenomenon in the View of Newtonian Mechanics

viXra, Mar 1, 2015

This paper's purpose is to show the effectiveness of an approach to formulate and understand the ... more This paper's purpose is to show the effectiveness of an approach to formulate and understand the dynamics of an observable phenomenon through Newtonian mechanics. The approach starts by taking a simpler analogue of the problem we need to understand, and solving both the simpler and the real case simultaneously. Then, I have split the real case into two independent cases. The major part of the paper will be concentrated on demonstrating that the approach I choose is effective in comprehending the dynamics of the phenomenon. The problem I have considered is, in a circus, a co-worker saves a person who falls down during a rehearsal by dashing him in the horizontal direction, from a few feet above the ground. In the rest of the paper, for ease, I will be calling the person who saved as rescuer and the person who is being saved as casualty. The analysis of the problem is based on the assumptions that the collision between the rescuer and the casualty is an inelastic collision and after the total mass of rescuer and casualty come in the contact with the ground, it remains stationary.

Research paper thumbnail of On the Evolution of Universe Using Relativistic Cosmology

Research paper thumbnail of On_the_evolution_of_universe_using_relativistic_cosmology.pdf

For the collided region of two gravitationally bound structures A and B, geodesic equation is der... more For the collided region of two gravitationally bound structures A and B, geodesic equation is derived using calculus of variations. With the help of geodesic equation derived for the collided region of A and B, a method to calculate any possible curvature of universe beyond observable flat universe is detailed. This relativistic method is used to describe a generic idea on the evolution of gravitationally bound structures and its effect on the evolution of universe. Using this idea, distribution of matter and antimatter in the universe, observed accelerating expansion of universe, cosmic inflation, and large-scale structure of present universe are explained.

Research paper thumbnail of Continuity in Choices

viXra, 2016

Consider a sketch about which the artist has no idea prior to the process of drawing, but develop... more Consider a sketch about which the artist has no idea prior to the process of drawing, but develops on his way along stepwise. A list of distinct sketches from which he can choose for each step, right from start to the end, is given. Closing the loop marks the last step in the sketch. The sketch, two types will be elaborated below. Type 1: Here, anything but the first choice is used for each step. The idea is to make a sketch of close second choices. The process is repeated till the loop is closed. Type 2: Here, anything but the first and second choice is used for each step. The loop is closed with all the steps made out of third choices.

Research paper thumbnail of Description of a Model to Comprehend the Dynamics of an Observable Phenomenon in the View of Newtonian Mechanics

Newest Updates in Physical Science Research Vol. 13

Research paper thumbnail of On the evolution of universe using relativistic cosmology

For the collided region of two gravitationally bound structures A and B, geodesic equation is der... more For the collided region of two gravitationally bound structures A and B, geodesic equation is derived using calculus of variations. With the help of geodesic equation derived for the collided region of A and B, a method to calculate any possible curvature of universe beyond observable flat universe is detailed. This relativistic method is used to describe a generic idea on the evolution of gravitationally bound structures and its effect on the evolution of universe. Using this idea, distribution of matter and antimatter in the universe, observed accelerating expansion of universe, cosmic inflation, and large-scale structure of present universe are explained.

Research paper thumbnail of Description of a Model to Comprehend the Dynamics of an Observable Phenomenon in the View of Newtonian Mechanics

Book Publisher International (a part of SCIENCEDOMAIN International), Aug 5, 2021

This paper's purpose is to show the effectiveness of an approach to formulate and understand the ... more This paper's purpose is to show the effectiveness of an approach to formulate and understand the dynamics of an observable phenomenon through Newtonian mechanics. The approach starts by taking a simpler analogue of the problem we need to understand, and solving both the simpler and the real case simultaneously. Then, I have split the real case into two independent cases. The major part of the paper will be concentrated on demonstrating that the approach I choose is effective in comprehending the dynamics of the phenomenon. The problem I have considered is, in a circus, a co-worker saves a person who falls down during a rehearsal by dashing him in the horizontal direction, from a few feet above the ground. In the rest of the paper, for ease, I will be calling the person who saved as rescuer and the person who is being saved as casualty. The analysis of the problem is based on the assumptions that the collision between the rescuer and the casualty is an inelastic collision and after the total mass of rescuer and casualty come in the contact with the ground, it remains stationary.

Research paper thumbnail of A Model to Comprehend the Dynamics of an Observable Phenomenon in the View of Newtonian Mechanics

viXra, Mar 1, 2015

This paper's purpose is to show the effectiveness of an approach to formulate and understand the ... more This paper's purpose is to show the effectiveness of an approach to formulate and understand the dynamics of an observable phenomenon through Newtonian mechanics. The approach starts by taking a simpler analogue of the problem we need to understand, and solving both the simpler and the real case simultaneously. Then, I have split the real case into two independent cases. The major part of the paper will be concentrated on demonstrating that the approach I choose is effective in comprehending the dynamics of the phenomenon. The problem I have considered is, in a circus, a co-worker saves a person who falls down during a rehearsal by dashing him in the horizontal direction, from a few feet above the ground. In the rest of the paper, for ease, I will be calling the person who saved as rescuer and the person who is being saved as casualty. The analysis of the problem is based on the assumptions that the collision between the rescuer and the casualty is an inelastic collision and after the total mass of rescuer and casualty come in the contact with the ground, it remains stationary.

Research paper thumbnail of On the Evolution of Universe Using Relativistic Cosmology

Research paper thumbnail of On_the_evolution_of_universe_using_relativistic_cosmology.pdf

For the collided region of two gravitationally bound structures A and B, geodesic equation is der... more For the collided region of two gravitationally bound structures A and B, geodesic equation is derived using calculus of variations. With the help of geodesic equation derived for the collided region of A and B, a method to calculate any possible curvature of universe beyond observable flat universe is detailed. This relativistic method is used to describe a generic idea on the evolution of gravitationally bound structures and its effect on the evolution of universe. Using this idea, distribution of matter and antimatter in the universe, observed accelerating expansion of universe, cosmic inflation, and large-scale structure of present universe are explained.

Research paper thumbnail of Continuity in Choices

viXra, 2016

Consider a sketch about which the artist has no idea prior to the process of drawing, but develop... more Consider a sketch about which the artist has no idea prior to the process of drawing, but develops on his way along stepwise. A list of distinct sketches from which he can choose for each step, right from start to the end, is given. Closing the loop marks the last step in the sketch. The sketch, two types will be elaborated below. Type 1: Here, anything but the first choice is used for each step. The idea is to make a sketch of close second choices. The process is repeated till the loop is closed. Type 2: Here, anything but the first and second choice is used for each step. The loop is closed with all the steps made out of third choices.

Research paper thumbnail of Description of a Model to Comprehend the Dynamics of an Observable Phenomenon in the View of Newtonian Mechanics

Newest Updates in Physical Science Research Vol. 13

Research paper thumbnail of On the evolution of universe using relativistic cosmology

For the collided region of two gravitationally bound structures A and B, geodesic equation is der... more For the collided region of two gravitationally bound structures A and B, geodesic equation is derived using calculus of variations. With the help of geodesic equation derived for the collided region of A and B, a method to calculate any possible curvature of universe beyond observable flat universe is detailed. This relativistic method is used to describe a generic idea on the evolution of gravitationally bound structures and its effect on the evolution of universe. Using this idea, distribution of matter and antimatter in the universe, observed accelerating expansion of universe, cosmic inflation, and large-scale structure of present universe are explained.