Iran Press/ Iran news: In a conversation with Iran Press Agency, he further highlighted the Atomic Energy Organization's commitment to empowering students by giving tangible and practical topics to students, fostering a pathway to their growth, and bolstering their self-assurance. The head of the Atomic Energy Organization emphasized the applicability of the school's inventions, noting that "our companies have the potential to cultivate and bring these research findings to industrial fruition."
Also, addressing the gathering, Mohammad Eslami, the Head of the Atomic Energy Organization of Iran, underscored the vital role of academic institutions in fostering creativity and innovation among students. He emphasized the importance of nurturing scientific talent and expressed admiration for the practicality and applicability of the Atomic Energy High School's achievements. Eslami further emphasized that Iran possesses extraordinary resources, and by cultivating a comprehensive cycle of scientific and technological advancement, the nation can effectively tackle the challenges it faces.
During the ceremony, the talented students from the Atomic Energy Girls' High School in Tehran were recognized for their groundbreaking inventions and academic contributions. Among the highlights were the unveiling of two innovative creations and the introduction of two published books.
One remarkable invention by these young prodigies is the "Mahur," an intelligent feeding device designed to nourish cultivated fish. The device represents a modern and efficient alternative to traditional feeding methods, addressing the high mortality rates of fish due to inadequate nutrition and improper techniques. With its remote programming capabilities, integrated compass, and distance sensors, the Mahur robot ensures optimal feeding practices and contributes to the sustainable development of aquaculture.
Another noteworthy achievement is the development of the "Nano-Fiber Protective Coating Against Radiation." Given the extensive applications of radioactive materials in various fields, including medical imaging and disease diagnosis, the need for effective protection against radiation exposure cannot be overstated. The students from the Atomic Energy Girls' High School employed nanotechnology to create advanced coatings that offer superior shielding properties while ensuring user comfort and safety. This breakthrough innovation holds particular significance for medical facilities, where the demand for reliable radiation protection is paramount.
Addressing the gathering, Mohammad Eslami, the Head of the Atomic Energy Organization of Iran, underscored the vital role of academic institutions in fostering creativity and innovation among students. He emphasized the importance of nurturing scientific talent and expressed admiration for the practicality and applicability of the Atomic Energy High School's achievements. Eslami further emphasized that Iran possesses extraordinary resources, and by cultivating a comprehensive cycle of scientific and technological advancement, the nation can effectively tackle the challenges it faces.
In addition to the impressive inventions, the unveiling ceremony also celebrated the literary accomplishments of the students. Two books in the field of bionics, authored by five students under the guidance of experienced teachers, were introduced.
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