My Interests

ϕ About the 1Phys Project

When I was younger, i was really invested about the anime named One Piece. The main protagonist, Luffy, just wanted absolute freedom, and so he decided to travel the world in hopes of becoming the Pirate King. My version of freedom is just probing the fundamentals of nature, and one of the steps towards that is having a solid understanding and foundation of mathematics and physics to which new knowledge can be added on top of.

Physics Subjects

Fundamental Physics Subjects

• PHYS 101: Newtonian Mechanics
• PHYS 102: Electricity and Magnetism
• PHYS 103: Optics, Waves, and Thermodynamics (Current)
• PHYS

Core Physics Subjects

• PHYS 121: Theoretical Mechanics 1 (Current)

PHYS 101: Newtonian Mechanics

Main references:

• University Physics, Young and Freedman

  PHYS 102: Electricity and Magnetism

  PHYS 103: Optics, Waves, and Thermodynamics (Current)

  PHYS 121: Theoretical Mechanics 1

⟨ Mathematics ⟩

Course I have taken

Prior to shifting to Physics, I had practically zero mathematics and physics for almost 6 years. I was never truly proficient at both these subjects, but pushed through. My first mathematics course, which I did well was MATH 25 – Fundamentals of Calculus. However, I do not count this as a legitimate experience, since I had to take the course during the pandemic, where the only source of grades were problem sets. We had the liberty to consult the internet and the FIC was fairly lenient.

MATH 25: Fundamentals of Calculus

Limits and the Basics of Differentiation and Integration of Single and Several Varibles

MATH 27: Calculus and Analytic Geometry II

Further Derivatives and Integrals

MATH 28: Calculus and Analytic Geometry III

Series, Vectors, and Calculus of Several Variables

PHYS 111: Mathematical Physics I

Linear Algebra and Vector Calculus

PHYS 112: Mathematical Physics II (Current)

ODEs and Laplace Transforms, PDEs (Separation of Variables), Fourier Analysis, and Complex Variables

MATH 151: Ordinary Differential Equations (Current)

Detailed account of the theory, methods, and applications of ODEs.

🖥️ Computational Tools

Courses Taken

APHY 10.1: Programming in Physics

Basics of Fortran; Basics of numpy and Visualization of Data using Python