From Sydney to San Francisco — HPC, Cloud, and Quantum
April 4, 2026
Scan the QR code or visit the link to follow along on your laptop:
cameronrutherford.quarto.pub/camerons-git-site/presentations/minds-matter/presentation.reveal.html





The HSC (Higher School Certificate) is the final exam in New South Wales, Australia.
Your ATAR (Australian Tertiary Admission Rank) is a percentile rank from 0-99.95 that determines which university programs you can get into.





After leaving the basketball team junior year, I became Chess Club President and Sports Events Coordinator senior year. Also worked as a Calculus Grader and Math Tutor.




Built and launched research payloads to the edge of space (~100,000 ft) with the Whitworth Near Space program.

My parallel computing class is where I fell in love with GPUs. We learned to split massive calculations across thousands of cores — this Mandelbrot fractal zoom was my final project.
Built a physical bomb defusal game using embedded systems — wires, switches, timers, the whole thing.




Software to optimize the entire US power grid — running on the world’s fastest supercomputers.



I presented at PNNL’s annual science festival three years running.


Taught CISC2200 — Data Structures in the Fall ’24 semester at Fordham in Manhattan. Updated the syllabus from C++17 to C++23.


Now I work at Amazon Web Services in San Francisco, supporting the Centre for Quantum Computing (CQC).

Supercomputers — thousands of computers linked together to solve problems too big for any single machine.

This is the machine my software ran on. Over 9,000 nodes, each more powerful than any gaming PC.
Amazon Web Services lets anyone rent supercomputer-level resources:
AWS is building a quantum computer from the ground up.
This is from our Nature paper — designing the hardware and error correction needed for useful quantum computing.
AWS’s quantum chip — designed to implement quantum error correction at scale.
Palace — PArallel LArge-scale Computational Electromagnetics
Open-source software by AWS for simulating quantum chip designs before building them.
Check out the single transmon example — this is the kind of simulation I support.

These machines have to be cooled to near absolute zero (-459F) to work. Quantum computing uses the laws of quantum physics to solve certain problems exponentially faster than any classical computer.

The gold wiring carries quantum signals. Each of those cylinders is a dilution refrigerator.
Math is the shared language across all of these fields: