The Su God of the Reopening of the Sports Arena

Chapter 2518 The reason why the god in the later stages lost was because there was another god standing beside him.
Green said the Flying Man.

"To be specific..."

Green continued:

"The final 40 meters of the Bird's Nest are equipped with dedicated technical logic for every 10 meters, with meticulous attention to detail down to the bone."

"Although Bolt lost, the final 40 meters of the Bird's Nest final, with a total time of 3.18 seconds, still involved four precise technical segments that were down to the bone. We must talk about this properly. This is the fastest finish time for a human!"

“60-70米0.79s、70-80米0.79s、80-90米0.80s、90-100米0.80s，这组近乎完美的分段数据，没有一丝突兀的起伏，没有一毫失控的下滑，每一段都有其专属的技术逻辑与发力精髓！这都是博尔特技术、体能、心智三者完美融合的极致体现！更是人类短跑后程技术分配的教科书式范本！”

"I estimate that, apart from himself, no one will be able to break this record in half a century."

"It's terrifying beyond belief!"

"Take a look at the first paragraph."

The live stream interface displays:

First segment: 60-70 meters (0.79s): Speed ​​control and power accumulation, with technical foundation laid for peak endurance.

"The core logic of the technical allocation in this segment at the Bird's Nest is 'to conserve energy without being reckless, and to build a solid foundation before making a final push.' The 0.79-second split time may not seem like the absolute fastest speed, but it lays the most solid foundation for Bolt's peak performance in the last 30 meters. The technical execution is precise down to every detail of the exertion, and every physical movement serves the core goal of 'stabilizing the framework, conserving energy, and laying the groundwork for the transition.' It abandons the aggressive and reckless approach of the Moscow race and uses steady technical control to lay the groundwork for Bolt's subsequent peak sprint."

"In contrast, the Moscow segment's technical distribution followed an aggressive, speed-first approach, relying entirely on hip explosiveness as the core driving force. It forcibly squeezed out the potential of the hip muscles, pursuing only the ultimate force when pushing off the ground, ignoring the muscle's load-bearing capacity and endurance reserves. The torso posture was excessively forward-leaning, only to gain instantaneous propulsion, but at the expense of body stability. The arm swing amplitude was excessively extended, seemingly to drive the lower limbs to generate power, but in reality, it caused a slight swaying of the torso. Every technical movement was pushed to the limit, and every inch of muscle was overworked. The Moscow segment's performance was achieved at the expense of the hip muscle endurance reserves and slight deformation of technical movements. This had already laid the groundwork for the subsequent physical collapse and loss of technical control. The overexertion in the first 10 meters destined for the inability to support the remaining 30 meters."

"In the Bird's Nest section, Bolt demonstrated racing wisdom far exceeding that of the Moscow period. He focused on the technical framework throughout the race, not blindly pursuing instantaneous speed, but rather conserving power and building momentum on a stable speed."

"Firstly, the hip power generation follows the principle of coordination, abandoning the extreme mode of single hip power generation and instead adopting the coordinated power generation of the hip-knee-ankle joints. This reasonably distributes the explosive power to multiple joints and muscle groups, ensuring sufficient output of propulsion power while avoiding excessive load on a single muscle group. This allows the hip muscles to retain sufficient endurance reserves while generating power, preparing for sustained power generation in the last 30 meters. The contraction and relaxation rhythm of the muscles is stable, without any feeling of tension from overloading. Every power generation is precise and efficient, without wasting a single bit of power."

"Secondly, the torso and center of gravity control are extremely stable. The torso's forward lean angle is kept within the optimal range, which ensures forward propulsion while eliminating the risk of imbalance caused by excessive forward leaning. The torso remains straight and does not sway throughout the entire process, and the core muscles maintain continuous rigid support, firmly locking the body's center of gravity on the propulsion trajectory. This avoids force loss caused by center of gravity shift. The fluctuation of the center of gravity with each step is controlled within a very small range, providing a stable physical foundation for the subsequent top speed sprint."

"Thirdly, the arm swing and lower limbs form a perfect linkage. The arm swing amplitude is controlled within the standard range. The front and rear arm swings exert force symmetrically and evenly. The arm swing is precisely braked when swinging forward and fully stretched when swinging backward. The rhythm of the arm swing is completely synchronized with the rhythm of the lower limbs pushing off, forming a complete power chain of "arm swing leading to the torso, torso leading the hips, and hips leading the lower limbs". Each arm swing can accurately drive the lower limbs to exert force, without any superfluous movements or wasted power, which ensures both speed and energy conservation."

"Fourth, the landing technique emphasizes cushioning and connection. It abandons the hard landing mode and instead adopts a gradual force transition. From the ball of the foot landing to the force extension, the connection is smooth and seamless. It fully absorbs the ground reaction force and converts it into forward propulsion. It avoids the muscle tremors and power loss caused by a hard landing, and makes a perfect connection for the next stage of force exertion. It makes each step connect with the previous one and forms a continuous sprint rhythm."

"This 0.79 seconds is not a compromise on speed, but a great wisdom in the allocation of technology. It is Bolt's extremely stable technology that has given him the confidence to sprint the whole race, laying a solid foundation for his peak performance in the last 30 meters."

Second segment: 70-80 meters (0.79s): Top speed without deceleration, coordinated force exertion to the maximum, and stability without loss of stability at the extreme speed.

"If the 60-70 meters is the foundation for building up strength, then the 70-80 meters is the peak burst point in the last 40 meters at the Bird's Nest. The split time of 0.79 seconds is the same as the first 10 meters, achieving a seamless transition to peak speed. The core logic is 'reaching the limit without losing coordination, and pushing speed without deviating from the trajectory,' perfectly integrating explosive power with technical movements. It is fast and stable, fierce and smooth, demonstrating what I consider to be the optimal state of human sprinting at the top speed in the later stages. This is in stark contrast to the isolated peak speed in the Moscow race, further highlighting the overwhelming advantage of technical distribution."

Green clicked on the comparison chart.

Conduct a comparative analysis of the text and images.

"The Moscow section is a typical example of an isolated peak with extreme top speed. In order to break the instantaneous limit of 0.78 seconds, Bolt concentrated all his physical strength and power on this, and his technical movements completely compromised for speed. He only pursued the amplitude and intensity of the push-off, but ignored the precision of the force trajectory."

"The ground reaction force cannot be fully converted into forward propulsion force, and some of the force becomes a lateral component, resulting in unnecessary waste. The lower limbs lose their coordinated rhythm of pushing off the ground, only pursuing the ultimate push-off and ignoring the connection of the forward swing, which makes the force exertion of each step seem stiff and abrupt."

"The torso leans forward excessively, the body is almost falling forward, and the core muscles are forcibly holding the balance. The shoulders and neck are tense, and the muscles are beginning to show signs of slight spasms. The arm swing is completely unbalanced, the forward swing is too forceful, and the backward swing is weak and sluggish, unable to form an effective force linkage. Every step is overdrawing physical strength, and every movement is deviating from the standard."

"This 0.78-second split time is a product of technical distortion, a result of physical exhaustion, and an unsustainable instantaneous limit. It may seem amazing, but it is actually the last gasp of a spent force, and the collapse in the next segment was already inevitable."

"Unsustainable."

"Even if he is the Holy Body of Track and Field, it is not possible."

"But this year's Bird's Nest is different. Bolt's team has obviously made optimizations and trade-offs. Look at this segment at the Bird's Nest. Bolt has demonstrated the essence of 'peak speed + technical stability' to the fullest. While pushing the speed to the limit, he has kept every technical movement standard and coordinated, without any deformation or loss of control."

"Firstly, the core push-off and swing coordination reaches its peak, with the hip push-off angle locked in the golden range of force generation. This releases the maximum explosive power while ensuring a straight forward trajectory. 100% of the ground reaction force is converted into propulsion force without any lateral loss. The forward swing of the thigh and the push-off form a symmetrical force generation. During the forward swing, the hip flexors engage smoothly and seamlessly, avoiding overstretching of the muscles. During the push-off, the gluteus maximus and quadriceps contract in synergy, creating a smooth and uninterrupted rhythm of force generation. Every push-off and swing is precise and efficient, with power transferred from the core to the lower limbs and then to the ground, forming a complete and smooth closed loop of force generation."

"Secondly, the core muscles provide rigid support and maintain isometric contraction throughout the entire movement, providing the most stable support foundation for the body. Even at the maximum speed, the torso remains straight and does not sway, without any imbalance due to excessive forward leaning or any tension from excessive exertion. The center of force of the body remains stable, allowing each thrust to proceed along the optimal trajectory, eliminating force loss and movement deformation caused by core instability."

"Thirdly, the arm swing is deeply linked with the whole body. The frequency of the arm swing is completely synchronized with the frequency of the lower limbs' push-off. The force exerted by the front and rear arm swings is even and symmetrical. The front swing is precisely braked at the chest, and the rear swing is fully stretched at the waist. The arm swing not only drives the rotation of the torso, but also accurately transmits the force to the hips and lower limbs, forming an integrated force exertion mode of "arm swing-torso-hip-lower limbs". Every link is closely connected and every bit of force reinforces each other, making the force exerted at the extreme speed more efficient and more lasting."

"Fourth, the landing cushioning technology is adapted to peak speed. When landing, the ankle joint flexes and extends moderately to form a natural cushion, which not only ensures the efficiency of the force exertion, but also avoids the impact on muscles and joints from a hard landing at peak speed. The connection between landing and extension is seamless without any interruption, so that each step can be connected and the first 10 meters of power can be perfectly converted into peak speed, and lay the foundation for the next 10 meters of endurance."

"This 0.79s, while lacking the instantaneous brilliance of Moscow's 0.78s, possesses far greater stability and sustainability. It represents a perfect balance between technique and power, the optimal solution for peak speed, and the core embodiment of Bolt's technical allocation."

"It also reflects the wisdom of the team!"

The third segment: 80-90 meters (0.80s): peak endurance, technology as a safety net, using technology to offset physical exertion and prevent speed loss.

"The main event is here!"

Green said, "The 80-90 meter mark is the 'life-or-death line' in the later stages of sprinting. Most top athletes experience exhaustion and a significant drop in speed during this segment, and Bolt was no exception. However, in those 10 meters at the Bird's Nest, Bolt achieved peak endurance with split times of 0.80 seconds, only 0.01 seconds slower than the first two segments. The core logic is 'using technical optimization to offset energy consumption and using power adjustment to maintain speed stability.' This is the most terrifying stroke of genius in technical allocation, the most fundamental difference between him and the Moscow race, and a miracle of endurance in the later stages of human sprinting history!"

"In the Moscow leg, compared to the super-fast 0.78, the last twenty meters were a complete exhaustion of energy and a technical collapse. After the extreme exertion of the first 30 meters, the hip muscles were completely overwhelmed, the range of motion was greatly reduced, and the propulsive force plummeted. It was no longer able to support the previous maximum speed. The lower limbs lost their rhythm, the movements became sluggish and weak, the stride frequency and propulsive efficiency dropped significantly, and the core muscles were no longer able to maintain trunk stability. The trunk posture suddenly changed from excessive forward leaning to backward leaning, the body lost its forward propulsive posture, and the center of gravity was severely off-center." The arm swing was completely out of control, with inconsistent amplitude and asymmetrical force application, even resulting in chaotic arm swinging. Upon landing, the foot's weight distribution was uneven, the power delivery was broken, and significant ground reaction force was lost. Every step felt like "carrying a load" rather than "running a sprint." Technical movement was completely distorted, and muscle soreness and weakness took over. The 0.82s split time marked the beginning of the slowdown and was an inevitable consequence of the loss of technical control, a stark contrast to the previous 0.78s, revealing a clumsy attempt at brute force.

"In the Bird's Nest section, Bolt used precise control of his technique to overcome the natural decline of his physical strength, and achieved sustained peak speed, demonstrating the full extent of the advantages of his technical allocation."

"Firstly, the dynamic and intelligent adjustment of the force exertion mode allows Bolt to keenly detect the signals of energy consumption in his body. Before the muscles are completely exhausted, he immediately switches the force exertion mode, smoothly transitioning from hip-dominated force exertion in the early stage to coordinated force exertion of the hip, knee, ankle and core. The core muscle group increases the contraction force to share the load of hip force exertion, allowing the over-consumed hip muscle group to be appropriately buffered. The gluteus maximus maintains the basic explosive power output, while the quadriceps focuses on the continuity of force exertion rather than simple intensity. The push-off angle is only slightly narrower than the peak period to ensure that the propulsion force does not drop sharply. By using the coordinated force exertion of multiple muscle groups to replace the overexertion of a single muscle group, the ultimate effect of 'replenishing force before exhaustion' is achieved, so that the propulsion force of each step remains stable and does not drop precipitously."

"Secondly, the torso and center of gravity are precisely corrected, and the core muscles maintain continuous rigid support. Even with increased physical exertion, there is no relaxation. The angle of the torso's forward lean is slightly adjusted, which just offsets the tendency of the body to lean backward due to physical exertion, so that the body always maintains a forward propulsion posture. The center of gravity is firmly locked on the optimal trajectory without any deviation. The fluctuation of the center of gravity with each step is controlled within a very small range, avoiding the force loss caused by the fluctuation of the center of gravity, and providing the most solid physical guarantee for stable speed."

"Thirdly, the optimized arm swing saves energy. The arm swing amplitude remains within the standard range, and the force exertion rhythm is not rushed or chaotic. There is no imbalance due to energy consumption. Instead, the inertia of the arm swing drives the lower limbs to move, reducing the consumption of the lower limbs' active force exertion. This achieves the technical optimization of 'saving energy with arm swing.' Each arm swing can accurately drive the lower limbs to push off and swing, allowing the lower limbs to maintain a smooth force exertion rhythm even when energy is consumed, without dragging or being weak."

"Fourth, the landing and extension efficiency are optimized to the extreme. When landing, the force point of the foot is precisely locked, avoiding the loss of power caused by uneven force distribution. The support time is moderately extended, making full use of the ground reaction force to assist propulsion and reducing the power consumption of the lower limbs during active extension. The ankle joint's participation in the force during extension is increased, using the power of small muscle groups to compensate for the slight fatigue of large muscle groups, achieving the effect of 'small force compensating for big force', ensuring that the propulsion efficiency of each step does not decrease, and the speed naturally remains stable."

"That 0.80 seconds isn't a slowdown! It's the ultimate demonstration of peak battery life!"

"Others will lose speed when their physical strength is exhausted, but Bolt can lock in his peak speed for an extra 10 meters by adjusting his technique. This is the highest level of sprinting technique. This is the miracle of overcoming physical limits through the distribution of techniques."

"This is also a fundamental difference from Moscow."

Fourth segment: 90-100 meters (0.80s): Controlled speed at the end, with skillful technique and a dominant composure that far surpasses brute force sprinting.

The last paragraph appears.

"And then there's the last part." Green shook his head as he looked at it.

His amazement was palpable.

"The 90-100 meter distance is the final stage of a sprint and the last moment for athletes to showcase their overall strength. Bolt finished the 10 meters at the Bird's Nest with a split time of 0.80 seconds, matching his performance in the first 10 meters."

"The core logic is 'to reduce speed without slowing down and to maintain form at the end.' This is not a passive slowdown, but an active control of speed. The technical allocation remains precise and on point, demonstrating a dominant composure and masterful style, which is completely different from the collapse-like slowdown in the Moscow battle!"

This illustrates that "a true strong person not only charges forward quickly, but also knows how to stop gracefully."

"First, let's look at the Moscow section. In the Moscow section, it's a complete collapse and a drop in speed. The technical movements are completely out of control, the physical strength is exhausted, the hips can hardly output effective power, the push-off range is greatly reduced, and the propulsion is almost halved."

“The lower limbs dragged and swayed heavily, making each step extremely difficult. The stride frequency plummeted to rock bottom, the propulsion efficiency dropped sharply, the torso leaned completely backward, the forward-leaning posture disappeared completely, and there was even a tendency for the body to sit back, completely losing the forward propulsion force.”

"The arm swing is weak and chaotic, with a significantly narrowed range, completely losing its ability to propel the body. Upon landing, the entire foot slams heavily onto the ground, the cushioning fails, and the ground reaction force directly impacts the knees and ankles, resulting in a severe loss of speed and a great risk of injury."

"Therefore, the split time of 0.83 seconds is a passive result after the technique was completely out of control. It is the ultimate manifestation of pushing the limits. Every step is full of awkwardness. Compared with the super speed of 0.78 seconds, it seems to have little competitive aesthetics."

"In the Bird's Nest section, Bolt demonstrated the master level of 'effortless control and composed finish.' He had already secured the lead, but he did not relax at all. He still used the most standard technical movements to finish the race. He controlled every detail precisely, showing a dominant level of composure."

"Firstly, his power exertion was precise and controlled. Bolt proactively reduced some of his explosive power output without disrupting the power structure. The intensity of hip power was moderately reduced, while the coordinated power exertion mode of the core and lower limbs remained intact. The push-off angle was stable within the appropriate range. He neither blindly exerted force and overexerted his body, nor did he fail to ensure sufficient basic propulsion. The focus of power exertion smoothly transitioned from the explosive power output in the early stage to maintaining the rhythm of power exertion. Each push-off and swing was smooth and fluid, without any interruption or dragging. He reduced his power but did not stop the movement, and slowed down but did not reduce the standard, making the power exertion in the final stage still efficient and stable."

"Secondly, the torso posture is adapted to the requirements of the finish line. The core muscles maintain stable support, and the torso leans forward at an appropriate angle. This ensures forward propulsion and prepares the body for the final sprint, avoiding the body leaning backward and affecting the sprint efficiency. The torso remains straight and does not sway throughout the race. The posture is calm and composed, without any dishevelment. Even in the last 10 meters, the most standard sprint posture is maintained, showing the demeanor of a king."

"Thirdly, looking at the arm swing, the release and retraction are well-matched, the arm swing amplitude is appropriately narrowed, the forward swing force is reasonably reduced, and the backward swing still maintains full extension, which not only saves energy but also stabilizes the body's center of gravity. The rhythm of the arm swing is still synchronized with the rhythm of the lower limb push-off, without any disconnection due to the retraction of force, which perfectly prepares the body for leaning forward when crossing the finish line. Every arm swing is precise and restrained, demonstrating a strong sense of self-control."

"Fourth, the landing and sprint are seamlessly connected. The foot's point of force is precisely shifted forward upon landing, the support time is appropriately shortened, and the quick push-off connects to the sprint. In the last 3 meters, the body leans forward slightly, with the head and shoulders crossing the finish line first. This ensures sprint efficiency while avoiding the risk of imbalance caused by blindly leaning forward. The entire movement is smooth and natural, calm and unhurried, without any unnecessary struggle or panic. It perfectly showcases the competitive beauty and technical precision of sprinting."

"This 0.80s is the ultimate embodiment of technical distribution and the best proof of Bolt's status as a master of the later stages of his sprint career. Compared to the collapse of 0.83s in the Moscow set, it can never reach this composure and precision."

"In other words, in the final 40 meters of the Bird's Nest final race that year, Bolt achieved a revolutionary upgrade in his running style!"

"Compared to the brute force sprint in the Moscow race, the running style at the Bird's Nest has achieved a qualitative change from 'sprinting' to 'controlling'. This qualitative change is not a simple technical adjustment, but an upgrade of the underlying logic under the dominance of technical allocation. It is an innovation of sprinting philosophy, and it is also the core symbol of Bolt's transformation from a 'talented athlete' to a 'master athlete'. It has also set a new benchmark for human sprinting in the later stages."

"It's not just about talent anymore; the key is that individual skill here has reached a new peak in the later stages of human development!"

"The core of the running style has shifted from 'explosive power driven' to 'technology driven,' achieving a leap from 'relying on the body' to 'relying on intelligence.' The running style in the Moscow battle was driven by explosive power. It relied entirely on the innate explosive power of the muscles to sustain the race. When the explosive power was maximized, the speed soared, and when the explosive power was exhausted, the speed plummeted. Technical movements were merely an adjunct to explosive power, serving the explosive power, and could not effectively control the speed. The rhythm and direction of the entire race were determined by the strength of the explosive power. In essence, it was a talent-based running style that 'relies on the body.'"

"The upper limit is limited by physical talent, while the lower limit is determined by physical reserves. This is why I previously thought Bolt was completely wasting his talent, because in my opinion, he still has many areas that can be optimized and upgraded."

"If you don't master the technical skills, you'll never be able to fully realize your potential!"

"But this time, the running style for the Bird's Nest competition has completely shifted to technology-driven, with the technical framework becoming the guiding principle throughout the entire race. The output of explosive power strictly follows technical standards, is supplied on demand and precisely controlled, and the use of physical energy is strictly matched with technical movements, with reasonable allocation and no waste."

“Every step’s speed, every rhythm, every movement is determined by the technical framework. Technology dominates everything. Explosiveness and physical fitness become the support of technology, rather than more innate attributes. It is essentially a master-level running style that ‘controls power with wisdom.’ The upper limit is determined by the precision of the technique, and the lower limit is guaranteed by the stability of the technique. From here, I can declare that Usain Bolt has achieved a fundamental leap from ‘body-driven’ to ‘technology-driven’ and has completely brought human running style into a new era!”

"From this point on, he can be called a master of later-stage technology! There's no problem with that!"

"The team's speed logic has also shifted from 'limited isolated peaks' to 'platform peaks,' achieving a breakthrough from 'being fast for a short time' to 'being fast throughout the entire process.' This is commendable!"

"The speed logic of the Battle of Moscow was to pursue the limit of a solitary peak, obsessed with the instantaneous fastest speed of 10 meters. In order to achieve the ultimate speed in this segment, the endurance of the preceding and following segments was sacrificed. The speed curve fluctuated greatly throughout the entire race, soaring to the peak in the first half and then plummeting in the second half. Like a solitary peak, it was amazing but short-lived and could not form a sustained dominance. This speed logic, which seemed to be able to push the limits, was actually inefficient and could not support the true potential of this extreme speed."

"In the Bird's Nest race, their team changed their speed logic. They started to pursue the peak of the platform, no longer focusing on the instantaneous extreme of a single segment, but instead pursuing a stable peak throughout the race. They tried to use precise technical allocation to keep the speed in the peak range in the last 40 meters, forming a smooth and lasting peak platform."

"There were no sudden surges or precipitous drops. The speed of each segment was balanced and efficient. It may not have been as amazing as a single segment, but it achieved a crushing victory in the overall result by maintaining a stable output throughout the race. This speed logic is the optimal solution for sprint racing. It has achieved a breakthrough from 'being fast for a moment' to 'being fast throughout the race,' demonstrating true dominant strength."

“This isn’t a change you can just make whenever you want. Here’s an answer to a question from netizens: why didn’t we change it this way before?” Green said with a smile, “You’re an amateur when you talk about that.”

"Every athlete wants to optimize their performance, but how? How can they optimize successfully? And how can they succeed?"

"This requires the efforts of the team behind it, the level of technology, the level of scientific research, and even the support of the country's comprehensive strength. Therefore, this is not a decision that can be made simply on a whim. Knowing that the direction is good, but how to achieve it is the real difficulty that athletes will face. It is easy to raise questions, but how to solve them? I believe you will understand immediately when you ask yourself this question."

"The first 60 meters, disregarding wind speed, look similar to Moscow. However, the physical exertion in the first 60 meters in Moscow was 'overdraft-style consumption,' while the Bird's Nest demonstrated 'refined utilization,' representing a shift from 'hard-working physical exertion' to 'efficient use of physical energy.' For example, look at the physical exertion in the first battle in Moscow; it was a typical overdraft-style consumption. In the early stages, physical energy was heavily depleted, forcibly squeezing out muscle endurance and glycogen reserves just to achieve instantaneous maximum speed, without any planning or restraint. The physical exertion in the first 60 meters far exceeded the reasonable range, and in the last 20 meters, there was no physical energy available. The entire distribution of physical energy was haphazard and illogical, a crude consumption of 'use and discard,' essentially a waste of physical energy and an overdraft of the body."

"This time is different. He was so fast at the beginning, yet he still had the stamina to maintain that level of performance, allowing him to run such high-speed segments. All I can say is..."

"Bolt's energy expenditure was minimal, much less than in Moscow. So, to put it another way, if you ran the first 60 meters using the same running style as in Moscow, I can tell you with certainty that you would never have the stamina to reach that level later on."

"Therefore, although it looks similar at first glance, achieving this level with significantly reduced energy consumption is actually far beyond what we saw in Moscow. At present, it seems that the main factor is the impact of the bent-arm start, at least that's what I can see."

"This is also a benefit brought about by technological upgrades."

"Only in this way, with sufficient physical strength, can one transition from 'running with the speed' to 'running with control of the speed' on the track."

"To achieve a qualitative change from 'being controlled by speed' to 'human control of speed'."

"In the Moscow race, Bolt was always led by speed on the track. In pursuit of even faster speeds, he constantly pushed the limits of his technique and physical fitness. His technical movements were adjusted according to speed, and his body posture changed with speed. He was in a state of passive adaptation throughout the race. When he was fast, his movements became chaotic, and when he lost speed, his body collapsed. Essentially, he was 'controlled by speed' and could not control the rhythm and direction of the track. One of the core reasons was that he was not physically fit enough and had consumed too much energy earlier."

"Bolt in the Bird's Nest race truly achieved 'mastering speed running.' With sufficient physical strength, he ran the same distance as in Moscow with less energy consumption in the early stages. He could then use the technical framework to define the speed range and control the speed rhythm with precise adjustments."

"Speed ​​when desired, stability when desired; speed serves technical execution, not the pursuit of a goal. Throughout the race, the pace is actively controlled, technical movements are adjusted, and physical reserves are allocated. Even when the body is near its limit, even when speed is consistently at its peak, control remains absolute, truly achieving 'man controls speed, not speed controls man.'"

"This is the highest level of achievement for sprinters, and it is also the core reason why Bolt was able to achieve legendary status in the later stages of this race."

"Unfortunately."

"Such a magnificent performance with such rapid progress in the later stages, yet it ended in failure."

"If Bolt is so phenomenal, what could be the reason for his Waterloo defeat?"

"of course……"

Green cleared his throat.

Looking at the ever-increasing number of viewers in the live stream, he probably paused for a moment, waiting for the viewership to stabilize, before slowly speaking:
“There are even stronger gods.”

"Stand to the side."