Why should materialization compete for Zhihu?

The reasons for materialized competition are as follows:

Physical chemistry biology is a comprehensive and interdisciplinary subject, covering many fields such as physics, chemistry and biology. Due to the breadth and complexity of its subject connotation, the competition between physical chemistry and biology is relatively large.

First, the discipline threshold is high and the knowledge requirements are diverse.

Physical chemistry and biology have relatively high academic thresholds, which require students' basic knowledge and academic accomplishment. Students need to master the knowledge of mathematics, physics, chemistry and biology, and have skills such as anatomy, experimental operation, data analysis and model construction. The breadth and complexity of these knowledge and skills make it necessary to learn physics, chemistry and biology with high learning and thinking ability, which in turn leads to fierce competition.

Second, the research is difficult and the technical requirements are high.

The research objects of physical chemistry and biology often involve micro and macro levels, such as atoms, molecules, cells and tissues. Physics, chemistry and biology research need to use all kinds of advanced instruments, equipment and technical means, such as nuclear magnetic resonance, mass spectrometry, biochip and so on. At the same time, you also need to have skills such as data analysis, model building and simulation.

These difficult research and technical requirements intensify the competition in the fields of physical chemistry and biology, and only a research team with rich experience and high-level technology can make a breakthrough in this field.

Third, the fields overlap and the demand for talents is diverse.

Physical chemistry biology, as a comprehensive discipline, involves the knowledge and technology of many disciplines. This requires interdisciplinary knowledge and research experience in physical chemistry and biology.

Physical chemistry and biology need talents from biology, physics, chemistry, engineering and other disciplines to participate. Excellent students and researchers from these disciplines will devote themselves to the highly competitive physical chemistry and biology fields, which will increase the intensity of competition.

Fourth, there are many cutting-edge topics and rich opportunities for innovation.

The research in the fields of physical chemistry and biology has always been at the forefront of scientific and technological innovation, full of challenges and opportunities. In this field, there are many important scientific questions to be answered, such as the structure and function of biomolecules, the dynamics and regulation mechanism of life systems, etc. These cutting-edge topics and innovative opportunities have attracted a large number of outstanding students and researchers, adding fierceness to the competition in physical chemistry and biology.

Physical chemical biology, as a comprehensive discipline, contains the knowledge and technology of many disciplines, involving the characteristics of great research difficulty, strong crossover and many frontier topics, which leads to fierce competition in physical chemical biology.