This article explores the origin of the Go programming language’s name, detailing its creation by Rob Pike, Robert Griesemer, and Ken Thompson, the emergence of the “golang” moniker, official naming conventions, and why the correct term remains simply Go.
From its 1960s origins as an accessible beginner’s language to its ubiquitous presence on early home computers, BASIC paved the way for today’s Python, which the author argues has become the new BASIC for non‑programmers, despite its quirks and evolving ecosystem.
This article surveys the evolution of dozens of programming languages, highlighting how many share common ancestors, outlining key milestones from the 1940s to the 2000s, and explaining the formation of language families such as the C, Lisp, and Algol lineages.
This article reports that C++ has overtaken C to rank second in the latest TIOBE index, outlines the historical evolution of C++ across three phases, highlights the recent record climbs of Go and Rust, and notes the broader usage of these languages despite the presence of promotional material.
The article explains how Fortran re‑entered the TIOBE Top 10 in May 2024, detailing its long history, continuous standard updates, superior performance in numerical computing, open‑source advantages, and a comparative analysis with other popular languages.
Li Yang’s article traces high‑level programming languages from Fortran and Lisp in the 1950s through C, Java, Python, and modern Rust, Go, Kotlin, and Swift, highlighting shifts toward object‑orientation, safety, readability, cross‑platform support, and the emerging influence of AI‑assisted code generation on future language design.
An overview of ten influential programming languages—from Java and C to Python and JavaScript—detailing their origins, key designers, and lasting impact on software development, illustrating why these languages have endured and continue to dominate various domains such as web, systems, and data processing.
This article explores the evolution of programming languages, compares their core features such as syntax, error handling, and concurrency, and offers practical guidance on selecting and learning a language that will remain relevant for years, emphasizing historical context and hands‑on practice.
From its 1960s origins in Simula and Smalltalk to its evolution through NeXT, Objective‑C introduced groundbreaking dynamic features, yet despite Swift’s rise, Apple continues to invest in the language, ensuring its ongoing relevance in the iOS/macOS ecosystem.
