This article explains the linear() timing function in CSS, which allows for more complex animations like springs and bounces. It contrasts linear() with traditional Bézier curves and discusses tools for generating values. The author also covers limitations and performance considerations.

StyleX is Meta's new styling library that combines the benefits of CSS-in-JS with the performance of static CSS. It compiles styles at build time into atomic CSS, reducing file size and resolving common CSS issues like collisions and specificity wars. The system is now the standard for styling across Meta's products and other companies.

This article discusses how to optimize CSS loading by using compression dictionaries. It explains the trade-offs between critical CSS and full CSS, then introduces a method that allows for efficient loading of overlapping styles across different pages, reducing bandwidth and improving performance.

This article explains how the CSS Custom Highlight API improves syntax highlighting by avoiding DOM manipulation. It highlights the performance benefits and cleaner code structure compared to traditional methods that rely on multiple span elements. The implementation details and browser support are also discussed.

This article breaks down animation performance in web design, explaining the browser's rendering pipeline and how different animation techniques rank in efficiency. It categorizes animations into tiers based on their impact on performance, helping developers choose the best methods for smooth user experiences.

The article compares the performance of Tailwind CSS and Linaria, examining their efficiency in handling styling in web development. It highlights key differences in rendering speed, bundle size, and overall usability for developers, ultimately guiding readers in choosing the right tool for their projects.

Modern web development is often hampered by excessive JavaScript, leading to slow loading times and performance issues. The article advocates for a return to using HTML and CSS alone, highlighting new CSS features that enhance usability and efficiency, while suggesting that many websites can function effectively without JavaScript. It emphasizes the importance of understanding CSS and its potential to create high-quality, optimized web experiences.

The article discusses techniques for minimizing CSS file sizes to enhance website performance and loading speed. It highlights various strategies such as using shorthand properties, removing unused styles, and leveraging CSS preprocessors. By applying these methods, developers can create more efficient and maintainable stylesheets.

The article argues for the obsolescence of single-page applications (SPAs) in modern web development, suggesting that advancements in CSS and web standards make traditional multi-page applications more efficient and user-friendly. It highlights the potential of CSS to enhance performance and user experience, advocating for a shift away from SPA reliance.