- #1
hareesht23
- 6
- 1
This is a draft of my SoP that I plan to send out to the Perimeter Institute for Perimeter Scholar Program. The program is designed for a 10-month duration focusing on theoretical physics. Please give opinion and suggestions for improving my statement of Purpose.
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Motivation and Research Background
I am a post-graduate in Physics from Cochin University of Science and Technology (CUSAT), Kerala, India. Like many others, my initial interest in theoretical physics was a result of many popular science books I have read about the topic. My initial enthusiasm took a formal turn when I joined for masters at CUSAT, where I got an opportunity to study the subject in detail and carry out some research work. While at CUSAT, I took advanced courses on cosmology and quantum mechanics which I passed with a grade point of 9.0 out of 10.0 in both. As a part of my coursework, I got the chance to study an elective course on quantum field theory and learn in-depth about the canonical quantisation of fields. I also took an elective course on Computational Physics in this period. During the course, I did programming in Python and used numerical techniques, like finite difference, and Runge-Kutta method to solve problems like finding the energy levels of a particle in a potential well. In the backdrop of the exposure I had, I find myself inclined towards theoretical physics, with my specific interests lie in the understanding of the evolution and nature of our universe.
Projects Completed
I would like to classify my completed projects based on the specific domain they fall into.
Cosmology
For my master’s project, I worked on the emergent cosmology paradigm. The postulated expansion law for the universe in emergent cosmology had uncertainty regarding the choice of volume for a non-flat universe. For my master’s project, I analysed the thermodynamic properties of the apparent horizon to solve this problem. The Journal for Cosmology and Astroparticle Physics (JCAP 1912 (2019) no.12, 024) recently published our results. During the time of the project, I had the opportunity to learn about the more generalised gravity theories like Gauss-Bonnet and Lovelock gravity and the modified Friedmann equations in these approaches. The research exposure gained during this period has ignited my passion for continuing the research in a world reputed institution.
Artificial Neural Networks
During my master’s program, I took an elective course on Artificial Neural Networks. As a part of the course, I completed a project on optimising the performance of the network for classification problems. We tried to classify 20 different alphabets from a mixture of data of 20000 characters distributed randomly and studied how the efficiency of the network can be improved. Currently, I am pursuing an online course on data analysis in astronomy. As a high amount of observational data will be generated in the next few years, I believe that my knowledge in machine-learning techniques and data analysis will give me an edge for theoretical modelling.
Graduate Research Interests
I have gone through the coursework of the Perimeter Scholars International (PSI) program. I understand that the PSI program is the perfect spot to enhance my understanding of every regime of theoretical physics. Moreover, the dynamic research environment maintained by the
Perimeter Institute inspires me to be a part of it. I would consider myself as someone with good communication, research and scientific writing skills, and my IELTS score of 7.5 on 9.0 stands as a testimony for that. I believe that my prior background and the demonstrable research experiences make me a suitable candidate for the PSI program.''
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Motivation and Research Background
I am a post-graduate in Physics from Cochin University of Science and Technology (CUSAT), Kerala, India. Like many others, my initial interest in theoretical physics was a result of many popular science books I have read about the topic. My initial enthusiasm took a formal turn when I joined for masters at CUSAT, where I got an opportunity to study the subject in detail and carry out some research work. While at CUSAT, I took advanced courses on cosmology and quantum mechanics which I passed with a grade point of 9.0 out of 10.0 in both. As a part of my coursework, I got the chance to study an elective course on quantum field theory and learn in-depth about the canonical quantisation of fields. I also took an elective course on Computational Physics in this period. During the course, I did programming in Python and used numerical techniques, like finite difference, and Runge-Kutta method to solve problems like finding the energy levels of a particle in a potential well. In the backdrop of the exposure I had, I find myself inclined towards theoretical physics, with my specific interests lie in the understanding of the evolution and nature of our universe.
Projects Completed
I would like to classify my completed projects based on the specific domain they fall into.
Cosmology
For my master’s project, I worked on the emergent cosmology paradigm. The postulated expansion law for the universe in emergent cosmology had uncertainty regarding the choice of volume for a non-flat universe. For my master’s project, I analysed the thermodynamic properties of the apparent horizon to solve this problem. The Journal for Cosmology and Astroparticle Physics (JCAP 1912 (2019) no.12, 024) recently published our results. During the time of the project, I had the opportunity to learn about the more generalised gravity theories like Gauss-Bonnet and Lovelock gravity and the modified Friedmann equations in these approaches. The research exposure gained during this period has ignited my passion for continuing the research in a world reputed institution.
Artificial Neural Networks
During my master’s program, I took an elective course on Artificial Neural Networks. As a part of the course, I completed a project on optimising the performance of the network for classification problems. We tried to classify 20 different alphabets from a mixture of data of 20000 characters distributed randomly and studied how the efficiency of the network can be improved. Currently, I am pursuing an online course on data analysis in astronomy. As a high amount of observational data will be generated in the next few years, I believe that my knowledge in machine-learning techniques and data analysis will give me an edge for theoretical modelling.
Graduate Research Interests
I have gone through the coursework of the Perimeter Scholars International (PSI) program. I understand that the PSI program is the perfect spot to enhance my understanding of every regime of theoretical physics. Moreover, the dynamic research environment maintained by the
Perimeter Institute inspires me to be a part of it. I would consider myself as someone with good communication, research and scientific writing skills, and my IELTS score of 7.5 on 9.0 stands as a testimony for that. I believe that my prior background and the demonstrable research experiences make me a suitable candidate for the PSI program.''