Multilingual switching helps Peking University Professor Zhang Ming's team achieve breakthroughs in cancer drug development

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Professor Zhang Ming's team from Peking University's School of Computer Science has accelerated cancer drug development by training a basic model of biological activity with 1.6 million data points. This achievement has been published in a top international AI journal and has attracted widespread attention. Multilingual switching also plays an indispensable role in this.

Multilingual switching promotes international scientific research cooperation

In the field of scientific research, the significance of multilingual switching is particularly significant. Researchers from different countries and regions need to communicate the latest research results, share experimental data and methods. Being able to switch between multiple languages ​​skillfully helps to eliminate language barriers and promote the rapid transmission and effective integration of information. The research results of Professor Zhang Ming's team can attract international attention, which is inseparable from the communication and cooperation with international peers. And this kind of communication inevitably involves the use of multiple languages. For example, at academic conferences, researchers may need to introduce their research results in English and discuss with experts from different countries; when consulting international cutting-edge literature, they must read academic papers in multiple languages ​​to gain inspiration and learn from experience.

Multi-language switching expands channels for obtaining academic resources

Rich academic resources are distributed all over the world and exist in different languages. The ability to switch between multiple languages ​​enables researchers to access these resources widely. In the process of developing cancer drugs, Professor Zhang Ming's team needs to refer to a large amount of domestic and foreign literature, research reports and patent information. With the ability to switch between multiple languages, they can access databases and academic websites in different languages, obtain more comprehensive and cutting-edge knowledge and technologies, and provide a more solid theoretical foundation and methodological support for research.

Multilingual switching promotes the wide dissemination of research results

Only when an excellent research result is widely disseminated and applied can its value be truly realized. Multilingual switching helps to promote the research results of Professor Zhang Ming's team to a broader international stage. By translating the research results into multiple languages, more scientific researchers, medical institutions and pharmaceutical companies can understand and apply the results, accelerate the development of cancer drugs, and bring hope to cancer patients around the world.

Multilingual switching cultivates cross-cultural research thinking

Different languages ​​often contain different cultures and ways of thinking. The process of multilingual switching is also a process of contacting and understanding different cultures. In cancer drug development, this cross-cultural thinking can bring new perspectives and innovative ideas to research. For example, some traditional medicines have unique treatment methods and experiences in specific languages ​​and cultures. Through multilingual switching, researchers can gain in-depth understanding and draw beneficial elements from them, providing new inspiration and direction for modern drug development. In short, multilingual switching has played an important role in the cancer drug development of Professor Zhang Ming's team at Peking University, and has provided strong support for scientific research innovation and achievement promotion. In the future development of science and technology, we should pay more attention to the cultivation of multilingual skills to promote international cooperation and exchanges and promote innovation and breakthroughs in more fields.