Collective Behavior of High-Spin Particles and Their Role in Quantum Entanglement

Spin plays a role in physics, particularly in condensed matter physics and manybody systems. High-spin particles (e.g., spin-2 gravitons and spin-3 particles) can exhibit significant condensation effects and collective behavior when present in large quantities, even when the coupling strength between them is relatively weak. This phenomenon reveals the intricate relationship between spin and macroscopic properties, offering new perspectives for the development of novel materials and quantum computing. This paper aims to explore the many-body interactions, ”triggering force,” and unique characteristics of high-spin particles in quantum entanglement processes