Young students should firmly establish their aspirations to serve the country through science and technology, study hard and study hard, bravely climb the scientific peak, and shine their youthful brilliance in promoting the construction of a strong country and the great cause of national rejuvenation. From exploring the stars and oceans to focusing on the needs of the country, more and more young students are now growing into active forces for technological innovation. With the ideal of serving the country through science and technology, Wang Yuchen, a student at Taiyuan University of Technology, has become the longest standing university student in the history of Chinese polar scientific research; Integrating youth into the science and technology industry of our country, Deng Yuhao, a student at the University of Science and Technology of China, has made outstanding contributions to the development of the "Nine Chapters" and "Nine Chapters Two" quantum computing prototypes... Young students, on the stage of scientific and technological innovation, set great aspirations, shoulder great responsibilities, dare to be pioneers, dare to break through, and demonstrate a high and upward spirit. Having a large number of innovative young talents is the vitality of national innovation and the hope for technological development. How to explore training mechanisms and educational methods that are conducive to the growth and success of technological innovation talents, and achieve the integration of education, technology, and talent, has become an important topic worth in-depth consideration. To stimulate the youthful power of technological innovation, efforts should continue to be made in selecting seedlings. In recent years, a series of policy measures have been introduced, allowing students with aspirations, interests, and talents in scientific research to stand out. The "Strong Foundation Plan" actively explores multi-dimensional assessment and evaluation models, focusing on selecting and cultivating students who are willing to serve major national strategic needs and excel in basic disciplines; The "Top Plan" relies on multiple high-level universities to build top student training bases, committed to breaking the training conventions and providing students with more space for free exploration; The "Talent Plan" establishes a joint talent cultivation approach between universities and high schools, selecting middle school students to enter universities and experience the charm of scientific research... A large number of young students with innovative potential and scientific literacy, uphold interest and thrive. To stimulate the youthful power of technological innovation, it is necessary to further cultivate the "soil" for talent cultivation and allow good seedlings to emerge. On the one hand, it is necessary to vigorously promote the spirit of scientists, guide young students to deeply cherish patriotism, and hone their patriotic aspirations. Starting from the urgent and long-term needs of the country, we should firmly adhere to our ideals and be down-to-earth, and strive to write papers in the areas where our country needs them the most. On the other hand, it is necessary to follow the laws of talent growth, continuously explore mechanisms for connecting undergraduate and doctoral programs, international exchange and cooperation mechanisms, and long-term evaluation mechanisms. At the same time, relying on major scientific research platforms and tasks, we provide more opportunities for students to carry out scientific research practice, and through high-level scientific research, we help young students achieve better growth. To stimulate the youthful power of technological innovation, it is necessary to nourish it with more "sunshine, rain, and dew", giving young students the opportunity to take on important responsibilities and become the protagonist in scientific research projects. This year, the National Natural Science Foundation of China piloted the basic research project for young students for the first time, shifting the funding port forward, aiming to cultivate scientific literacy, stimulate innovative research, and provide a source of fresh water for building a high-quality basic research talent team. We should organize science and technology innovation competitions to expand the scientific and technological innovation of college students