An unexploded bomb was diagonally inserted into the Gobi Desert, and the bomb disposal operator was beside the laser equipment, holding their breath and pressing a button. As a ray of light flashed by, the critical parts of the projectile were precisely ablated, eliminating the risk of explosion, and no one approached the dangerous area during the entire detonation process. After the new laser bomb disposal system, led by engineer Ren Libing from a certain Air Force Research Institute, was put into use, it effectively solved many risks and difficulties faced by unexploded bomb disposal operations. Utilizing this technology for explosive ordnance disposal not only has lower costs, but also relatively simple operator training. ”Ren Libing told reporters that compared with traditional bomb disposal methods, the new technology has many advantages, one of which is that it will hardly cause damage to the operation site. "If this technology is used to eliminate unexploded bombs on the airport runway, it can greatly reduce the impact on the takeoff and landing of fighter jets." In a major exercise, the task of eliminating unexploded bombs from a new type of ammunition made it difficult for the officers and soldiers on site. This type of ammunition can sense the surrounding dynamics and use traditional methods to detonate, which poses a significant risk to the operators. To ensure safety, Ren Libing proposed a disposal plan: after confirming the location of the unexploded bomb, use shooting to detonate it. Is there a better way to handle it? Although the mission was successfully completed, Ren Libing deeply realized that scientific research cannot be satisfied with "temporary plans", and a scientific and sustainable "long-term solution" must be found. Widely collecting various materials, conducting in-depth research on technological paths, humbly seeking advice from authoritative experts... In the end, Ren Libing set his sights on laser technology. The use of shooting to detonate involves many uncertain factors, and the results are difficult to control. ”Ren Libing pointed to the demonstration picture and introduced, 'Laser is like a stable' surgical light knife ', which can accurately melt key parts of the projectile and completely destroy its detonation function.' After rigorous feasibility studies, Ren Libing proposed a plan to adaptively improve laser technology and apply it to battlefield bomb disposal. Developing a plan is only the first step, the greater challenge lies in practical application and transformation. To complete this critical step, Ren Libing fought for a long time on the front line of live ammunition deployment. Laser power, action time, focusing position... Different ammunition structures require different energy parameters, and there is no ready-made database. Each data needs to be explored and verified from scratch. Ren Libing led the team members to analyze the damage data and patterns on site time and time again. After repeated practice and research, they established a detailed and reliable database. On the day of live fire verification technology, Ren Libing put on protective clothing, personally operated the new equipment, and steadily pressed the button. Success! "The experimental results came, and the team members were overjoyed. Always pretending to win in your heart, there is no difficulty that cannot be overcome. ”As one of the first civilian staff recruited by the academy, Ren Libing faced his first challenge in his military research career shortly after joining - developing an independently controllable unexploded ordnance detection and positioning software. This topic stems from the practical difficulties faced by the military in dealing with underground unexploded ordnance: after the explosive personnel use professional tools to complete the detection, they need to analyze and process the location data of unexploded ordnance, but existing software is difficult to meet the requirements. In order to tackle this "hard nut", Ren Libing spent three consecutive months in the laboratory, consulting a large amount of technical information, repeatedly deducing algorithm logic, and finally completed a design plan that he considered "perfect". Unexpectedly, after being reported step by step, this plan was pointed out to have multiple issues that did not meet practical needs. Watching the plan changed to a "big flower face", Ren Libing deeply realized that scientific research and development cannot be done in isolation. Through Ren Libing's unremitting efforts in conducting experiments on the front line, continuously improving relevant algorithms, and optimizing data processing processes, this software has finally been successfully developed and promoted for use in multiple military units, greatly improving the efficiency and safety factor of explosive discharge. This mission has given Ren Libing more confidence and gradually propelled his scientific research work into the "fast lane". Safely eliminating unexploded underwater bombs is also a major challenge in the field of explosive ordnance disposal. To overcome this difficulty, Ren Libing once again issued a military order. In April 2021, Ren Libing, as the project leader, led the team to rush to the turbulent experimental sea area. On his first voyage, Ren Libing fainted severely, but he endured the discomfort and worked with the officers and soldiers to detect underwater simulated unexploded bombs. Led by a team during the day, organized data and analyzed problems at night... After more than 10 days of continuous hard work, the team members accurately located and found all unexploded bombs. Their achievements have filled the technological gap in the disposal of underwater unexploded ordnance. Living in temporary wooden houses and drinking water transported from tens of kilometers away... Ren Libing vividly remembers his first experience of going on a mission to the Gobi Desert. At that time, the harsh environment, especially the immense pressure, once left him feeling lost. However, a bomb disposal mission strengthened Ren Libing's belief in serving the military through scientific research and warfare. In that mission, a young soldier dressed in a bomb disposal suit weighing tens of kilograms worked continuously in high temperatures of nearly 40 degrees Celsius. After completing the task, Ren Libing couldn't help but feel guilty as he watched the young soldier with a red face and panting breath after taking off his helmet: "As researchers responsible for technical research, we must work hard, work hard, and keep working hard to make the soldiers sweat less in peacetime and bleed less in wartime." Two years ago, Ren Libing volunteered to go to the plateau to carry out a major mission. Time is tight, tasks are heavy, and schedules are compressed to the limit. He and his colleagues conduct experiments during the day and work overtime at night to analyze data. The natural environment of the plateau is harsh, and altitude sickness follows closely. One day, due to physical exhaustion and severe altitude sickness, Ren Libing suddenly collapsed to the ground. After waking up, he was worried about affecting the progress of the task and continued to devote himself to research work without time to rest. Repeatedly rushing to difficult locations and achieving technological breakthroughs... From a new face in the unit to a technical backbone, Ren Libing continues to charge forward in scientific research positions, adding bricks and tiles to the cause of strengthening the military with one scientific research achievement after another. Late at night, Ren Libing's office was still brightly lit. He is leading the team to launch a new round of research and development. Faced with technical difficulties one by one, Ren Libing encouraged everyone: "As long as you have the determination to face difficulties, you can develop the ability to overcome them