Chapter 1112 Unmoved
In the following time, Zhou Ziwen lived a very peaceful life.
Every day, Zhou Ziwen would get up early and practice a set of Bajiquan in the yard. His vigorous and powerful moves would bring up a breeze, causing the sunflowers in the yard to sway gently, as if cheering for him.
Afterwards, he would carefully prepare breakfast. The aroma of rice porridge, the golden fried eggs, and the freshness of homemade pickled vegetables made up a warm morning time for the family.
In school, Zhou Ziwen is still the focus of everyone's attention.
In class, he can always apply what the professor teaches to other situations, and the questions and insights he raises often trigger heated discussions among his classmates.
In the mechanical design course, he used his rich practical experience and keen insight into cutting-edge technologies to analyze in detail the principles and innovations of various complex machines for his classmates. The professor often nodded approvingly and encouraged him to share more of his experience.
In his spare time, he plunges into the laboratory and works on new projects with his team members.
They are working hard to overcome the difficulties of a new energy conversion device, trying to break the existing technical bottleneck and improve energy utilization efficiency.
With his top-level mechanical manufacturing skills and profound theoretical knowledge, Zhou Ziwen plays a pivotal role in the complex mechanical structure design process.
He repeatedly calculated the stress conditions and dimensional accuracy of each component, and strived for perfection in every design detail to ensure that the device could operate stably even under extreme working conditions.
During the experiment, when encountering abnormal data fluctuations, he quickly got into the state and carefully checked every possible fault point with his keen observation and rich experience.
From calibrating the sensitivity of sensors, to checking the stability of circuit connections, to analyzing the wear of mechanical transmission components, he does not miss any details.
After several hours of intense investigation and debugging, we finally found the problem and took timely measures to fix it, allowing the experiment to proceed smoothly.
In terms of theoretical research on the project, he worked closely with scientific researchers in the team to deeply explore the application potential of new materials in the energy conversion process.
They consulted a large amount of domestic and foreign literature, analyzed the physical and chemical properties of various materials, and combined the cutting-edge theories of quantum mechanics and materials science to try to find the most suitable material combination and structural design scheme.
Zhou Ziwen often immerses himself in complex formula derivation and model construction late at night. His concentration and perseverance inspire team members to keep moving forward.
As the project progressed, their research results began to emerge.
Preliminary experimental data show that the new energy conversion device has achieved significant breakthroughs in efficiency improvement, with energy conversion efficiency increased by nearly 30% compared to traditional devices.
This exciting result made the entire team cheer, but Zhou Ziwen was not satisfied with it.
He is well aware that there is still a long way to go from laboratory results to practical application, and a lot of optimization and reliability testing work is still needed.
In the following period, Zhou Ziwen and his team members continued to work day and night to carry out a series of optimizations and improvements to the new energy conversion device.
They have repeatedly tested and adjusted every component of the device to ensure that it can maintain efficient and stable performance under various working conditions.
Zhou Ziwen used his maximum-level mechanical manufacturing skills to fine-tune the mechanical structure of the device, making it more compact and sturdy, while also improving the reliability and durability of the device.
In terms of theoretical research, Zhou Ziwen has conducted in-depth research on cutting-edge theories of quantum mechanics and materials science, and explored the microscopic mechanisms of new materials in the energy conversion process.
He worked closely with the scientific researchers in his team to overcome one technical difficulty after another.
They discovered a special material structure that can significantly improve energy conversion efficiency and has good thermal stability and mechanical strength.
This discovery lays a solid foundation for the further development of new energy conversion devices.
Over time, significant breakthroughs have been made in the research of new energy conversion devices.
In a key experiment, the device successfully achieved an energy conversion efficiency of up to 40%, an achievement that caused a huge sensation at Beijing University.
After learning about this achievement, the leaders of Beijing University attached great importance to it and quickly organized an expert evaluation team within the school to conduct a comprehensive assessment of the project.
After carefully reviewing the research data, experimental reports, and conducting on-site inspections of the device's operation, the experts unanimously gave it extremely high praise, believing that this research result has groundbreaking significance in the energy field and is expected to provide new ideas and directions for solving global energy problems.
Based on this, the school decided to fully support Zhou Ziwen's team in promoting the industrialization of this technology.
The school has set up a cross-disciplinary industrialization promotion team, which brings together experts and professors from various fields such as mechanical engineering, materials science, and energy to provide all-round guidance and support for the project's industrialization process.
At the same time, the school also actively communicates and coordinates with relevant government departments to strive for policy support and financial support to create favorable conditions for the implementation of the project.
During the preparation period for industrialization, Zhou Ziwen's life was very fulfilling.
Early in the morning, after he finished his exercises and prepared breakfast, he took Yueyue and Xuanxuan to their mother's house, and then went to school with the two sisters to start the day's study.
At school, Zhou Ziwen not only focuses on the industrialization preparation of the project, but also actively participates in various academic exchange activities.
He is often invited to participate in academic seminars on campus and is considered a well-known figure in the school.
At academic seminars, Zhou Ziwen always attracts everyone's attention with his profound insights and solid professional knowledge every time he speaks.
He stood on the podium, calmly and confidently explaining the technical points and innovative ideas in the research and development of new energy conversion devices. The younger students in the audience were all impressed by his demeanor.
After the seminar, many female students would take the initiative to ask him questions, their eyes full of admiration and love.
Some would shyly hand over their notes, hoping to get his guidance; others would enthusiastically invite him to discuss relevant academic topics, trying to understand his ideas more deeply.
On the paths and in the library on campus, you can often see senior students deliberately creating chance encounters, greeting him with a smile, and taking the opportunity to engage in brief but enthusiastic exchanges.
There were even bold senior students who would send him carefully prepared snacks during breaks to express their affection.
Faced with such admiration, Zhou Ziwen remained unmoved. After all, he was married and had two children.
(End of this chapter)
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