Building mathematical instruments for thinking clearly.

I study deep learning and probability through notes, small experiments, and interactive visualizations that make abstract structure easier to inspect.

Trainingoptimization, inference, architecture behavior Probabilitystructure, uncertainty, mathematical intuition Interfacessimulations that explain by moving
phase portrait Lorenz system

dx/dt = sigma(y - x)
dy/dt = x(rho - z) - y
dz/dt = xy - beta z

The Plate Cabinet [9 of 17]
Working Notes [2]
2025-12-02

jinxed myself, got a fracture, was on the verge of a displacement fracture but avoided the worst, and now I am back to my hometown. everything that seemed to be going great — being physically active, enjoying my work, and planning for an upcoming trip — feels in vain. now I need to take a step back, revise my current scenario, and move accordingly.

2025-11-30

life’s is awesome lately, had an awesome workout session, took steam and sauna bath, enjoyed one of the best dosa place in the city and now back to trying a new hot chocolate recipe (let’s see if cinnamon adds any cherry on top) while having elon and nikhil kamath by my side :)

Deep Dives [7]

What Attention Actually Computes

Attention is a soft, differentiable dictionary lookup—dot-product scores, a softmax, and a weighted sum of values—that gives every position a global receptive field in a single layer.

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Why √n — Reading the Central Limit Theorem

The sample mean of many independent finite-variance draws becomes Gaussian, and its spread shrinks like σ/√n — a rate that follows from how variance adds, and that breaks precisely when its hypotheses do.

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Sensitive Dependence

Why fully deterministic systems—weather, pendulums, a tumbling die—can still defy long-range prediction, and how a positive Lyapunov exponent turns finite-precision measurement into vanishing knowledge of the future.

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The Golden Angle: Why 137.5°

A sunflower head packs its seeds by placing each one a fixed angle of about 137.5° from the last, and that exact angle falls out of the golden ratio being the hardest number to approximate by fractions.

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Research Log [1]
2025-12-15 The Evolution of Attention
#NLP#Foundations#Deep Learning
The Reference Atlas [4]