Christopher Ewasiuk

Christopher Ewasiuk

@cewasiuk

PhD student at UCSC researching computational astrophysics

1
Followers
1
Following
10
Public Repos
0
Private Repos

Language Breakdown

Lines of code distribution across 9 owned repositories

36.2M Total LOC
Jupyter Notebook
34,309,610 lines
94.8%
N/A
Python
792,532 lines
2.2%
N/A
C
421,135 lines
1.2%
N/A
C++
236,849 lines
0.7%
N/A
Mathematica
171,150 lines
0.5%
N/A
Other
248,541 lines
0.7%
N/A
I

I-Shaped Developer

I-shaped

Specialist — deep expertise in Jupyter Notebook

Jupyter Notebook
Python
C
C++
Mathematica

Collaboration Network

Global Impact visualization

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Christopher Ewasiuk
0 active collaborators

Repos

11

PRs

0

Growth

+18%

Top Collaborators

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Coding Streak

Contribution activity over the past year

1 day
64
Contributions
58
Commits
1
Pull Requests
Jun Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun
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Top Repositories

Brain_Tumor_CNN

Brain Tumor Diagnosis Project created for completion of the Erdos Institute Data Science course. Full project outlined @ https://github.com/Erdos-Projects/fall-2025-brain-tumor-diagnosis. Other models created by group members removed. This repository only shows contributions from cewasiuk.

1 0
Jupyter Notebook
Spin-and-Charge-BH-Evolution

Includes modified BH code for BH spin evolution as well as an approximate method to calculate the time evolution of charged BH's.

1 0
Jupyter Notebook
PINN_Navier_Stokes_Fluid_Flow

Attempt to solve the NS equation entirely from boundary conditions and physics equations in a static scene. Results are in the folder 'figs'.

0 0
Jupyter Notebook
PINN_Laplace_Multiscale_Electrostatics

Scale-conditioned PINN for electrostatic field prediction at arbitrary zoom levels over triangle mesh scenes — 1.94% global L2, generalises to unseen scales.

0 0
Jupyter Notebook
ADMX_GW_PIPELINE
0 0
Jupyter Notebook
3rd-Generation-Gravitational-Wave-Detector-Strain-Templates

Python code to be converted into Julia, used in modeling detectability of next generation gravitational wave detectors.

0 0
Jupyter Notebook
Gravitational-Atom

Contains relevant analysis material for a gravitational atom and wave paper

0 0
Jupyter Notebook
ADMX-Gravitational-Wave-Analysis

Data and notebooks relevant to ADMX gravitational wave analysis

0 0
Jupyter Notebook
Bound-Ghosts

This repository contains all numerical work underlying the bound ghosts paper. The central claim is that ghost instability — typically treated as automatic — is not kinematically inevitable when the ghost is confined by a classical potential. The code proves this in three independent ways and generates every figure in the paper.

0 0
Jupyter Notebook
cewasiuk.github.io
0 0
CSS

Open Source Impact

Contributions to external projects

0 merged PRs
Contributed to 1 repositories