<ul><li>JavaScript's evolution is supported by the V8 JavaScript engine, which includes a critical component: the garbage collector.</li><li>V8 introduced modern garbage collection techniques based on generational principles in 2008.</li><li>Generational garbage collection in V8 divides memory into New Space, Old Space, and Large Object Space.</li><li>V8 uses algorithms like Mark-and-Sweep, Scavenging, and Compaction for memory management.</li><li>The V8 garbage collector's architecture involves key components like the Heap and Garbage Collection Process.</li><li>Developers can trigger garbage collection in V8 using global.gc() but it is advised against in performance-critical scenarios.</li><li>Optimization strategies for V8's garbage collector include managing object lifetimes and memory profiling.</li><li>Pitfalls like memory leaks and unreleased references can affect the efficiency of the V8 garbage collector.</li><li>Debugging V8's garbage collector can be done using techniques like Heap Snapshots and Timeline Viewers in Chrome DevTools.</li><li>Understanding the V8 garbage collector is crucial for optimizing JavaScript applications and ensuring reliable performance.</li></ul>

Understanding the V8 Garbage Collector

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