In today's era of "big intelligence," how can we grasp the direction of the future? Nobel laureate and member of the U.S. National Academy of Sciences, Michael Levitt, in his speech at China Europe International Business School, thoroughly explored how to lead this great intelligent age. He interacts deeply with 4 to 5 artificial intelligence tools every day, raises hundreds of questions, and shares unique insights on biological intelligence, cultural intelligence, artificial intelligence, and personal intelligence.

Levitt believes that the concept of intelligence is far more complex than we imagine. Factors influencing human intelligence are not only genes but also culture, communication, education, and information. He emphasizes the importance of biological intelligence, calling it "wisdom learned from evolution." Through sexual reproduction, complex life forms maintain diversity, thus increasing survival chances in an unknown future. This principle, though important, is often overlooked.

Aside from biological intelligence, Levitt also discussed cultural intelligence. He pointed out that the creativity of young people is a key driver of scientific progress. He recalled his interactions with Nobel laureates Max Perutz and John Kendrew, emphasizing that in scientific research, young people should be given opportunities for independent exploration. He called for more support for young talents, allowing them to meet outstanding individuals who can change the world. This is not only important for the scientific community but also applicable to the business world.

Furthermore, Levitt revealed the mysteries of life. Simply put, DNA acts as an "information carrier" for factories, storing the operational instructions of living organisms. The shape and function of proteins are closely related to the arrangement of amino acids inside them, laying the foundation for the diversity of life.

In summary, Levitt's speech provided important thoughts on how to lead the future in the era of big intelligence. He emphasized that biodiversity in organisms, the creativity of young people, and the understanding of information are all key factors for success in the intelligent age.