Essays on Quantum Theory

What we accept as knowledge today is not always accepted as true tomorrow. Knowledge is more than a collection of facts on a particular topic. That is just information. Knowledge includes the assumption of a greater understanding as to how the facts work together. This means establishing connections between the facts, establishing meaning, providing evidence, considering the implications and arriving at a level of knowledge with a reasonable degree of certainty. This allows the assemblage of a body of knowledge that can be viewed from different perspectives and provides insight into a topic and how it fits into the greater world around it. This makes knowledge ...

Considered the world’s most famous Scientist, Albert Einstein was born on March 14, 1879 in Ulm Southern Germany (Saw 35). His father was in the electronics industry. Despite being considered imprudent, he was naturally talented and curious and had an interest in contemporary scientific developments (Saw 35). He later on moved to Switzerland, securing a job in which he was expected to study the descriptions sent in by inventors and decide whether he inventions were new and deserved a patent. Since some of the patents were poorly written, he had to rewrite them thereby managing to acquire the knowledge and ...

Introduction

The subject about time and how time travels is really very fascinating. What is time? What is time travel? Is time travel really possible? We naturally know what time is since we sense it every day but we cannot seem to completely define it. The question of time travel is also very hard to answer. A deeper question is to ask if time is real. Another is to know if time just moves into one direction only. Does time have a beginning or an end? Up to now, we have never truly answered these questions with great satisfaction. By merely ...

Introduction

There have been several exciting developments in the fields of higher categories, quantum, and topology. This paper tries to best give the classification of extended 2-dimensional topological theories, with a potential for various future developments and applications. A topological quantum field theory (TQFT) is a factor between two specific categories, an algebraic category and a geometric category. The geometric category is classified as a bordisms (Joel, 1994). There is another such category for every non negative integer, d, leading to resulting in a notion of d-dimensional TQFT. The algebraic category is normally a vector-space category over a fixed ground of field. The categories have other structures.

Systematic Monodidal Bicategories

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