react-spring-physics

To create physics-based React animations, you use spring dynamics like mass, tension, and friction to simulate realistic movement instead of rigid, duration-based CSS transitions. This approach ensures UI interactions feel organic and fluid.

Handling drag and swipe gestures with momentum requires integrating gesture recognition with reactive animation streams. This combination allows UI elements to maintain velocity and respond seamlessly to interruptible motion sequences.

For physics-based UI interactions in React, you need the react and react-dom libraries alongside the @react-spring/web and @use-gesture/react packages to calculate spring dynamics and handle gesture inputs.

Spring physics provides interruptible motion sequences that maintain user velocity even if an animation is interrupted mid-way. CSS transitions are duration-based and often feel rigid, whereas spring physics calculates organic movement.

Yes, you can build a gesture-driven card stack with momentum scrolling by combining spring dynamics and gesture integration. This setup supports complex UI interactions and maintains velocity during user interruptions.