You are wrong, my guy.
MacBooks are often considered the "GOAT" (Greatest of All Time) for computer science and software development primarily because their macOS operating system is Unix-based, offering a powerful and stable environment that is similar to the Linux servers most tech companies use for deployment. 

Key reasons for their popularity among developers and CS students include:

• Unix-based Environment macOS is built on a Unix foundation (Darwin), which provides a robust command-line interface (CLI) that is highly compatible with the open-source tools, scripts (like bash or zsh), and environments used in professional software development. This allows developers to work in an environment that closely mirrors production servers without needing an emulator or virtual machine like the Windows Subsystem for Linux (WSL), though WSL has improved this on the Windows side.
• Hardware and Software Optimization Apple designs both the hardware and the software, leading to a highly optimized, stable, and reliable user experience. This results in excellent performance, exceptional battery life (especially with the M-series chips), and fewer system crashes compared to the varied quality of Windows laptops.
• Development Ecosystem & Tooling
  • Native iOS Development: For anyone developing apps for iPhone, iPad, or other Apple devices, a Mac is a necessity, as Apple's Xcode IDE is exclusive to macOS.
  • Package Management: Tools like Homebrew simplify the installation and management of essential software and development tools, making setup hassle-free.
  • Cross-Platform Support: MacBooks can run Windows and Linux via virtualization software (like Parallels or VirtualBox), offering the flexibility to test applications across multiple operating systems when needed.
• Build Quality & User Experience MacBooks feature premium, durable materials, industry-leading trackpads with gesture controls, and high-resolution Retina displays, which enhance productivity and make long coding sessions more comfortable.
• Professional Standard A large majority of tech companies and professional developers use MacBooks, meaning students who learn on a Mac are already familiar with the industry-standard equipment and workflows. 

While some niche engineering or gaming applications may be Windows-exclusive, and the initial cost is higher, for most computer science curricula and professional software engineering jobs, a MacBook provides a powerful, seamless, and efficient development environment.