Notebook · Reading Notes

Reading Notes &
Study Shelf

Books and papers I'm working through alongside my builds — systems programming in C++ and the foundations of AI engineering. For the dated milestone log, see the Journey page.

// Laboratory Manifesto
namespace Lab {
"Understand systems from hardware to weights",
"Document tricky edge cases & mechanics",
"Measure actual latency & cache behavior"
}

Systems & Memory

RAII wrappers, pointer arithmetic, move semantics, and cache locality.

AI & Neural Models

Multi-head self-attention, vector retrieval, and gradient mechanics.

Seminal Reading

Key takeaways from foundational CS textbooks and AI research papers.

Full Journey

Chronological record of builds and technical progression — see the Journey page.

01 · Reading Shelf

Seminal Literature & Papers

Essential books and research papers I am studying across software engineering, systems design, and artificial intelligence.

Systems Core · Book

Effective Modern C++

Scott Meyers

Mastering C++11 and C++14 nuances: universal references vs. rvalue references, perfect forwarding with std::forward, lambda captures, and smart pointer mechanics.

AI Foundation · Paper

Attention Is All You Need

Vaswani et al. (Google Brain)

The landmark paper introducing the Transformer architecture, eliminating recurrence, and proving multi-head self-attention as the foundation for modern LLMs.

Systems Architecture · Book

Operating Systems: Three Easy Pieces

Remzi & Andrea Arpaci-Dusseau

Comprehensive breakdown of core OS concepts: CPU and memory virtualization, concurrent multithreading (locks, condition variables), and persistent file systems.

Distributed Systems · Book

Designing Data-Intensive Applications

Martin Kleppmann

The definitive guide to data models, storage engines (LSM-trees vs B-trees), replication, partition strategies, consensus algorithms, and fault-tolerant architecture.

02 · Full Timeline

Looking For The Milestone Log?

The dated, chronological record of builds and academic milestones now lives on its own page.