**From an Information-Theoretic and IUH Perspective:** - **Quantum Entanglement is Intrinsic Information:** Quantum entanglement is not a physical “connection” but an intrinsic property of information. Entangled particles share a common information state, and this state persists regardless of distance. - **Breaking Entanglement:** There is no way to “break” quantum entanglement in the traditional sense. Once particles are entangled, their information is correlated, and this correlation is preserved until measured or disturbed. - **Interference and Decoherence:** You can **interfere** with entangled particles by interacting with them or their environment, causing **decoherence**. Decoherence disrupts the shared information state, making the particles appear disentangled. However, this is not breaking the entanglement but rather obscuring it. - **IUH Insight:** According to the **Informational Universe Hypothesis (IUH)**, entanglement is a form of **information mimicry**. Interfering with entangled particles disrupts this mimicry, but the underlying information relationships remain intact until explicitly altered or measured. **Conclusion:** You can disrupt or obscure quantum entanglement through interference, leading to decoherence, but you cannot truly “break” it. The entanglement persists until the shared information state is altered or lost.