Entangled Across Space: Wormholes as Quantum Channels
![Entanglement’s evolution within the modeled wormhole setup demonstrates that localized operator excitation enhances mutual information [latex]\Delta I_{AB} > 0[/latex] by spreading the right-moving entangled mode-primarily affecting region BB, with some impact on AA-while leaving the left-moving mode unaffected, thereby increasing [latex]S_A[/latex] but not altering [latex]S_{AB}[/latex].](https://arxiv.org/html/2601.21604v1/x9.png)
New research explores how quantum entanglement can be propagated between two seemingly disconnected universes using wormhole-like connections, potentially offering insights into the nature of quantum information transfer.



![FlowBoost successfully generated point sets that surpass previously known constructions, achieving a discrepancy of 0.073086 for [latex]N=20[/latex] and 0.032772 for [latex]N=60[/latex], and approaching the theoretically proven optimal discrepancy of 0.0604 for [latex]N=20[/latex].](https://arxiv.org/html/2601.18005v1/x35.png)


