Definition 1.1
Subject

Programming Language Researcher

Axiom 1.0
"Computers are one of the most useless things that humans will ever build."
— Suraj Yadav, computer scientist and mathematician.
Description

I am a self-taught computer scientist and mathematician working as a Programming Languages (PL) Researcher. My work focuses on the intersection of type theory, compiler design and Implementation.

λ Type Systems⊢ Compiler Design∀ Formal Methods∃ Semantics

Abstract

This website presents the my work, focusing on the theoretical foundations of programming languages. It explores the application of formal methods to practical language design, with a particular emphasis on type safety and compiler correctness.

The collected works herein—comprising documentation, technical guides, and research notes—aim to bridge the gap between abstract theory and concrete implementation, demonstrating how mathematical rigor can inform robust software engineering.

Keywords: Type Theory, Compiler Design, Formal Semantics, PL Research

Content by me, enhanced by Gemini.

Research_Interests.idx

[View_All]
ID: CORE_THEORY

Core Theory & Foundations

The mathematical underpinnings of computation. Researchers here don't just build languages; they prove properties about them. Includes Type Theory, Formal Semantics, Category Theory, and Lambda Calculus.

tags: [type-theory, formal-semantics, category-theory]
ID: LANG_DESIGN

Language Design & Paradigms

Research into new ways to structure code to make it more readable, maintainable, or safe. Focuses on Domain-Specific Languages (DSLs), Concurrency & Parallelism, Probabilistic Programming, and Quantum Programming.

tags: [dsls, concurrency, probabilistic-prog]
ID: COMPILERS

Compilers & Implementation

The "systems" side of PL research—focusing on translating human-readable code into efficient machine code. Covers Static Analysis, Optimization, Runtime Systems, and Program Synthesis.

tags: [static-analysis, optimization, runtime-systems]

Experimental_Lab

Interactive environments for testing language theories.

Live Environment

Interactive Demos

Live type checker, algorithm visualizer, and syntax tree viewer. Experience programming language research concepts in action.

./type_checker./algo_viz./ast_viewer
Execute() →

Research

Current and past research projects in programming languages and type systems.

View →

Publications

Research papers, conference proceedings, and academic publications.

View →

Expertise

Technical skills, programming languages, and research tools.

View →

Appendix ARecent Documentation

[Index]

Appendix BResearch Notes (Blog)

[Index]
  • [B.1]
    My First Blog Post

    A sample blog post about programming languages

    Date: 2024-01-20
  • [B.2]
    Compilers & Implementation

    Translating human-readable code into efficient machine code.

    Date: 2024-01-15
  • [B.3]
    Language Design & Paradigms

    Structuring code for readability, maintainability, and safety.

    Date: 2024-01-05
  • [B.4]
    Type Theory & Foundations

    The mathematical underpinnings of computation and program correctness. Explore type theory, formal semantics, category theory, and lambda calculus.

    Date: 2023-12-20

Appendix CTechnical Guides

[Index]
  • [C.1]
    Example Guide

    A comprehensive step-by-step guide for getting started. Follow these instructions to set up your environment, configure settings, and begin using the tool effectively.

    Date: 2024-01-25

Correspondence

This site is a living document. Content is updated iteratively as research progresses.

Department of Computer Science & Mathematics

Independent Research Laboratory

© 2025 Suraj Yadav