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Roadmap

My current projects, ongoing work, and future plans. This is where I track what I'm building and what's coming next.

Currently Working On

Flexible Note Taking Framework - daVinJour On Hold Indefinitely...

Building a framework which allows flexible-cum-rigid note taking just like as if Leonardo da Vinci and Newton wouldve amalgamated their notes.

Task List:

  • MVP asap
  • Flexible functionality
  • Web based - initially
  • Incorporate flexibility by having notes piled up and movable like the files on a desktop
  • Incorporate rigidity by the functionality of organising similar notes in rigid 'cabinets' like folders on a desktop
  • Customizability to be taken into consideration + minimalism

BLOGPOST CUM DEVLOG~~~~ CLICK HERE

ML Fundamentals On Hold

Digging into the world of AI and deep learning- perceptrons, neural networks, gradient descent, backpropagation, etc.

Task List:

  • Perceptrons
  • Activation Functions
  • Linear Regression
  • Gradient Descent
  • Backpropagation
  • Classification (Logistic, K-NN, SVM)
  • Cost functions (MSE, Cross-Entropy)
  • PyTorch

Reference Material Links

Python TensorFlow Differential Equations Research

Philosophical Texts [Neitzsche, Dostoevsky] In Progress

Exploring philosophical works to understand different perspectives on existence, morality, and human nature.

Key Features:

  • White Nights - Fyodor Dostoevsky
  • 1984 - George Orwell
  • Thus Spoke Zarathustra - Neitzsche
  • Beyond Good and Evil - Neitzsche
  • Siddhartha - Hermann Hesse

Quick Links:

Philosophy Literature Analysis

Planned Projects

Computational Biology Platform Planned

A comprehensive platform for simulating biological systems, including protein folding and evolutionary algorithms. Building on the RNA World simulation with more complex biological models.

Python Biology Simulation

Neural Network Visualization Planned

Interactive tool for visualizing neural network architectures, training processes, and decision boundaries. Will include real-time training visualization and model interpretability features.

I plan to use this project to apply my learnings of neural nets.

React TensorFlow Machine Learning Neural Networks

Learning Goals

Advanced Mathematics Learning

Studying advanced mathematical concepts including topology, differential geometry, and abstract algebra to strengthen the theoretical foundation for AI/ML work.

Mathematics Topology Algebra Theory

Recently Completed

RNA World Simulation Completed

Successfully built and deployed a web-based simulation of the RNA world hypothesis, exploring the origins of life through computational modeling.

Python Biology Simulation Vercel

Tesseract Simulation Completed

Created a Python-based simulation of 4D tesseracts with interactive visualization and mathematical foundations.

Python Mathematics 4D Geometry Visualization

Prey-Predation Model Completed

Developed an interactive simulation of Lotka-Volterra equations for modeling predator-prey dynamics in ecological systems.

JavaScript Simulation Ecology Differential Equations