Joshua Rogers
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PROFILE
FULL NAME
Joshua Rogers
BORN
11 June 1996 • Utah, U.S.A
FOCUS
Computer Science, Astrophysics
STRENGTHS
- Systems Programming
- Low-level Debugging
- Reverse Engineering
- Network Security
Curiosity as boundless as deep space. My studies orbits precision, gravity tested logic, and an eye for patterns like those found in dark matter.
PHILOSOPHY
Code is proof of thought — architecture in motion across a void of entropy
EDUCATION
DEGREE IN PROGRESS
B.S. in Computer Science
Minors: Physics & Information Technology
STATUS
Currently enrolled — coursework bridges computer architecture with physical systems modeling.
RELEVANT COURSEWORK
- Data Structures & Algorithms
- Computational Theory
- Operating Systems
- Python, C, and Assembly Programming
- Numerical Methods for Physics
- Modern Physics & Classical Mechanics
- Calculus I–III & Differential Equations
ASTROPHYSICS FOCUS
Combining computational theory with physical reality — designing software that can simulate, calculate, and help decode celestial mechanics and cosmic phenomena.
INTERESTS
OPERATING SYSTEMS
Arch Linux (btw) — a customizable, bare-metal environment for learning, breaking, fixing, and understanding every component of modern computing.
CELESTIAL MECHANICS
Fascinated by n-body simulations, orbital dynamics, and the mathematics behind galactic motion. I thoroughly enjoy applying code to visualize gravitational interactions and theoretical models of stellar evolution.
SIMULATION & MODELING
Exploring how algorithms translate physical laws into systems of motion. From finite time steps to chaotic attractors - if it moves in space, I want to emulate it.
FICTION AS FUEL
Drawn to science fiction that blends human fragility with vast cosmic architecture — from Asimov’s psychohistory to Clarke’s orbital elevators. Imagination bridges the gap between code and cosmos.
GOALS
COMPUTATIONAL DEPTH
Continue mastering low-level systems — from memory management and kernel design to assembly and microarchitecture — until abstraction becomes second nature.
ASTROPHYSICAL APPLICATION
Bridge computer science and astrophysics through simulation, data analysis, and theoretical modeling. Whether simulating black hole accretion or mapping cosmic microwave background irregularities, I aim to contribute to high-precision science through code.
RESEARCH & CONTRIBUTION
Publish or co-author research that advances either computational methods or astrophysical understanding — ideally both. I want to help illuminate the dark corners of space with machine logic and mathematical rigor.
LIFELONG CURIOSITY
Never stop learning — from abstract algebra to quantum computing, from particle physics to compiler design. My curiosity isn't a phase, it's my trajectory.