Why I am interested in Theoretical Physics. However, I can bring many fancy ideas using the Mathematics and Theoretical Laws into new theories, I would waste my time if there is no way to test them. Einstein and his colleagues could come up with calculations that helped test General Relativity. It may not always be the case. With theories becoming more abstract and complicated, and experimental setup getting exorbitant as time passes; I believe, numerical computations and simulations stand to be the first line of defense for further pursued interest in experimental verification of new ideas.
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. Backstory I started working on a project in my free time to cater to curiosity. This project requires extensive use of AI Models that utilizes huge system resources. The details of the project’s scope are not in my authority to discuss here.
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. In this article, I propose a series of steps that can help us prove the existence of certain elements mentioned in Bhagavata Cosmology (BC) from a Scientific Perspective. BC is a vast model with a lot of features that sound like a Fantasy novel at the first glance.
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. Introduction Virtualization is the process of chopping up of physical hardware of a computer and assigning it to a separate operating system. In layman’s terms, it is just a computer inside a computer, just like Matrix. There are software written to achieve this, and seeing the potential use cases, microprocessor companies like Intel and AMD started supporting it on the hardware level to boost the performance of the Virtual Machines(VMs).
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. Functional Equations One evening, I felt down for no reason. I felt like not doing anything I could do, including consuming content. Then came a flash of thought, “It’s been a while you have involved yourself with Functional Equations”. This was the spark moment that led me to a short journey of a surge of inspiration from the infinite abyss of artistic temperament.
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. Consider the anti-derivative of $e^x \sin x$ or more commonly called as integral of $e^x \sin x$. $$ \int e^x \sin x d x $$ Calculus Method: A traditional calculus course teaches us to implement this integral by using integration by parts:
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. Warmup A few years back, I was in a rush to visualize some fields (electromagnetic to be precise) using computers. I asked my professor what could be a good starter; him being an astrophysicist specializing in solar studies, told me about the dark spots on the surface of the sun; which was not very exciting for me.
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. I wrote a larger article titled as “An Analogy to Dive Deep Into the Nature of Time” but didn’t feel comfortable posting the whole thing here, so I just picked the stuff I felt that is worth posting here. Time is a concept many philosophers and physicists pondered upon for centuries.

MOND an Introduction

- 9 mins read
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. On Dark Matter Consider a stone fastened to rope. Imagine you are holding the rope in the other end. Now, start rotating with it, but slowly. What do you notice? The stone drags itself along the path on the ground. Now make the rotation faster, the stone starts to levitate in your reference frame.
Warning! This article is one among many salvaged from my previous blog! It is not on par with my demands of quality but I didn’t feel like abandoning it. McTaggart is a British Idealist who is famous for his paper, “The Unreality of Time”, published in 1908, where he argues the case of atemporal reality. This is still the starting point to discuss the situation otherwise, even after a century.