Gravitation, Quantum Fields and Relativistic Cosmology

继续进行理论引力物理学的研究，并将研究以下主题：A。 退相干与量子到经典跃迁B。 引力和宇宙学中的噪声和涨落。 黑洞热力学与反反应D. 早期星系的形成和相变 宇宙E 引力是一种有效的理论。 宇宙学中的随机性和复杂性非平衡统计力学的概念和技术以及弯曲时空中量子随机场论的形式主义将进一步发展并应用于量子和统计力学、引力理论、广义相对论、宇宙学和黑洞物理学的基础方面的问题。 这项工作的目标是探索极端条件下物理定律的深层结构，并了解它们在宇宙起源和动力学中的表现。

Research in theoretical gravitational physics will be continued, and the following topics will be investigated: A. Decoherence and Quantum to Classical Transition B. Noise and Fluctuations in Gravitation and Cosmology C. Black Hole Thermodynamics and Backreaction D. Galaxy Formation and Phase Transitions in the Early Universe E. Gravity as an Effective Theory F. Stochasticity and Complexity in Cosmology The concepts and techniques of non-equilibrium statistical mechanics and the formalisms of quantum stochastic field theory in curved spacetime will be further developed and applied to problems on the foundational aspects of quantum and statistical mechanics, gravitation theory, general relativity, cosmology and black hole physics. The goals of this work will be probing the deeper structures of the physical laws under extreme conditions and understanding their manifestations in the origin and dynamics of the Universe.