n.宏观物理学

The concept of macrophysics is quite fascinating, as it allows us to understand the behavior of large systems using principles from quantum mechanics.
宏物理学的概念非常迷人，因为它允许我们使用量子力学原理来理解大型系统的运行。
In macrophysics, scientists study how macroscopic phenomena emerge from microscopic interactions.
在宏物理学中，科学家研究宏观现象如何从微观相互作用中涌现出来。
The field of macrophysics has contributed significantly to our understanding of complex systems in various disciplines, including biology and economics.
宏物理学领域在不同学科中，如生物学和经济学，对复杂系统理解方面做出了重要贡献。
Researchers in macrophysics often employ computational models to simulate and predict the behavior of large-scale systems.
宏物理学领域的研究人员经常使用计算模型来模拟和预测大型系统的运行。
The principles of macrophysics can be applied to analyze the collective behavior of particles in materials science.
宏物理学原理可以应用于材料科学中分析粒子的集体行为。
A key challenge in macrophysics is bridging the gap between quantum and classical physics, especially when dealing with macroscopic objects.
宏物理学面临的一个关键挑战是在量子物理和经典物理之间建立联系，尤其是在处理宏观物体时。
The development of macrophysics has been crucial for advancements in technology, such as semiconductor devices and quantum computing.
宏物理学的发展对于半导体设备和量子计算等技术的进步至关重要。
Scientists working on macrophysics often collaborate across different fields, integrating insights from mathematics, engineering, and natural sciences.
从事宏物理学研究的科学家们常常跨领域合作，整合数学、工程学和自然科学的见解。
Macrophysics plays a pivotal role in understanding the dynamics of ecosystems and climate change at a global scale.
宏物理学在理解全球生态系统动力学和气候变化方面发挥着关键作用。
Future developments in macrophysics could lead to breakthroughs in predicting and controlling the behavior of complex systems in real-world applications.
宏物理学未来的进展可能引领我们在实际应用中预测和控制复杂系统行为方面的突破。