The author reflects on their experiences with Go, Rust, and Zig, aiming to understand the values each language embodies rather than just their features. They emphasize that programming languages have unique sets of trade-offs, shaped by their design philosophies. For example, Go is minimalist, designed for simplicity and corporate collaboration. It lacks many modern features but prioritizes readability and stability. This minimalism leads to more boilerplate code but makes Go easier to grasp, particularly for developing web services. The language emerged from frustrations with C++ at Google, emphasizing ease of use and concurrency. In contrast, Rust is maximalist, boasting complex features that prioritize safety and performance. The author notes the steep learning curve associated with Rust, largely due to its numerous concepts and a sophisticated type system designed to prevent undefined behavior at compile-time. This approach can lead to challenges in coding, as developers must navigate Rust's specific requirements to leverage its safety guarantees. Rust excels in creating reliable software with fewer bugs, making it attractive for applications where safety is paramount. Zig, the newest of the three languages, currently lacks the maturity and documentation of Go and Rust. The author suggests Zig responds to the limitations of both languages by offering low-level control while maintaining simplicity. The language is still in early development, as indicated by its version number (0.14) and limited library documentation. While the future of Zig remains uncertain, it represents an attempt to balance the complexities of Rust with the straightforwardness of Go.