symmetry
and strange laws
a visual and interactive collection of notes and paper breakdowns mainly concerning, but not limited to, quantum computing, machine learning, and differential geometry.
Notes
reason
and form
Often intuitive explanations of foundational theorems, definitions, and applications in math and physics.
Visuals and code snippets powered by Manim Slides and marimo respectively.
Quantum Computing
0 notes
quantum information, quantum algorithms, and quantum states
Machine Learning
0 notes
Notes on machine learning theory, neural networks, representation learning, optimization, and related methods.
Differential Geometry
0 notes
curves, surfaces, manifolds, and geodesics
Literature Guide
results
and context
Deep reviews and technical companions to research papers I want to understand well enough to explain, reproduce, visualize, and extend.
Each review lives inside its own visual world, built around a single artwork.
The State of Quantum
signal
and noise
A long-form podcast about the researchers, companies, ideas, experiments, and technologies shaping the evolution of quantum computing.
The State of Quantum
Long-form conversations on
research,
hardware,
algorithms,
and the field itself.
YKR
work
and life
I am interested in difficult technical problems, especially where mathematics, computation, and research meet.
Recent Publications
all publicationsAstronomical Image Time Series Segmentation for Faint, Fast Object Detection
Discovery of 118 New Ultracool Dwarf Candidates Using Machine-Learning Techniques
Simulating Brown Dwarf Observations for Various Mass Functions, Birthrates, and Low-Mass Cutoffs
The Initial Mass Function Based on the Full-Sky 20 pc Census of ~3600 Stars and Brown Dwarfs
WRAP: A Tool for Efficient Cross-Identification of Proper Motion Objects Spanning Multiple Surveys
Long-term 4.6 μm Variability in Brown Dwarfs and a New Technique for Identifying Brown Dwarf Binary Candidates