Group 1: Core Insights - The Go language's concurrency model is driving significant changes across various industries through its unique design philosophy [2][3] - In the education sector, Go's concurrency model simplifies the teaching of concurrent programming, enabling institutions to effectively impart core concepts and cultivate problem-solving skills in high-concurrency scenarios [2] - The technology sector benefits from Go's lightweight coroutine feature, allowing the creation of millions of concurrent units on a single machine, making it a preferred language for cloud computing, microservices, and blockchain [2] Group 2: Economic Impact - Major internet companies are adopting Go to build high-concurrency middleware and core business systems, significantly enhancing resource utilization and system throughput while reducing operational costs [3] - Go's high development efficiency and performance characteristics are aiding companies in gaining competitive advantages during digital transformation, creating substantial commercial value [3] - The success of Go's concurrency model lies in its "simple yet complex" design philosophy, which allows developers to express concurrency logic more naturally, thus promoting technological advancement and industry development [3]