Physics in video games plays a crucial role in immersion, whether it’s realistic object interactions, destructible environments, or complex character animations. Early games relied on basic physics engines, but modern titles have transformed realism through advanced simulations.

For example, Half-Life 2 popularized physics-based puzzles, allowing players to manipulate objects realistically. More recently, Red Dead Redemption 2 introduced lifelike ragdoll physics, where character movements respond dynamically to gunfire, terrain, and environmental forces. Games like Teardown use voxel-based destruction, where every structure can be demolished in real time.

Physics also affects gameplay mechanics, such as bullet drop in shooters like Battlefield or vehicle handling in racing games like Forza Horizon. The implementation of soft-body physics in driving simulators allows for realistic car damage and weight distribution.

As hardware improves, game physics will become even more advanced, making interactions with virtual worlds feel increasingly lifelike. Future developments could involve fully destructible environments, fluid simulations, and AI-driven physics that adapt to player actions in real time.