quantum condensation for astrophysics

BEC宇宙学最初的研究计划已经扩展到更广泛的物理学领域。(1)地磁动力学的耦合宏观自旋模型：宏观自旋的同步自然产生地磁倒转历史。(2)密度涨落的起源和量子力学的基础：我们发现两者都有一个共同的线索：测量过程中的因果动力学。(3)变星同步模型：我们构建了一个简单的恒星脉动模型。(4)量子理论中的微观-宏观对应：它们仅通过隧穿时间来区分。(5)宇宙学常数微调问题：发现了真空能量的自组织临界性。

The original research proposal on BEC cosmology has been extended to much wider physics.(1) coupled macro spin model for geomagnetic dynamics: Synchronization of the macro spins naturally yield geomagnetic reversal history.(2) origin of density fluctuations and the basics of quantum mechanics: We found that both of them have the common clue: causal dynamics during measurement.(3) Synchronization model for variable stars: We constructed a simple model for the pulsation of stars.(4) micro-macro correspondence in quantum theory: They are distinguished only by the tunneling time. (5) cosmological constant fine-tuning problem: We found the self organized criticality in the vacuum energy.