Collision Experiment
This is certainly great news. Although Enhancement Elixir can make human physical fitness stronger again has not been developed, the only side effect of the previous Enhancement Elixir can be eliminated.
In other words, by replacing the gene segment that represents scales, humans can maintain their human appearance while gaining an improvement in their overall physical fitness.
For humanity, this is of paramount importance. After all, setting aside racial considerations, from an aesthetic point of view, no one wants to have a face full of scales, right? With the Body Enhancement Technology improved, the New Government recognized its significance and increased investment. Under these circumstances, the improved version of the Body Enhancement Technology quickly passed clinical trials and, ten years later, successfully achieved mass production and was introduced into society.
Perhaps due to the abundance of Biosphere Resources available for research, the Life Science Research Institute made another breakthrough in Life Elixir shortly after the popularization of the improved version of Body Enhancement Technology.
However, this Life Elixir is not the result of research on the Dog-Headed People Planet biosphere, but rather an evolved version of the previous Wolfe Biosphere research project.
Based on the previous Life Elixir 2.0, scientists continued to improve it. After countless ineffective experimental version updates such as Life Elixir 2.0 and 2.0.2, they finally found a satisfactory version, Life Elixir 3.0.
Based on experimental data, it is speculated that this version could deceive genes for approximately eight hundred years.
One Peng Zu Nian.
This version lasts for 800 years, plus 200 years for version 1.0 and 400 years for version 2.0. This means that if a person uses the three versions of the Life Elixir 1.0, 2.0, and 3.0, he can live for at least 1,400 years.
The emergence of these two technological breakthroughs by the Academy of Life Sciences swept away the previous decadence of human society, and the cries for technological stagnation also disappeared.
Human engineering and research projects are once again being driven by public enthusiasm.
If we look at humanity from the perspective of spacetime, we would see a bustling scene. In that vast expanse of space, specially designed containers filled with various mineral resources are being launched into orbit by Orbital Mass Accelerator.
Meanwhile, those transport ships, trailing long blue flames, carried these resources to various space factories and Space Dock. From geostationary orbit to apogee orbit, from local orbit to the docking orbit of human fleets, those transport ships, with their long trails of flame, could be seen coming and going everywhere.
Like bees, they moved in and out of various massive space facilities, presenting a thriving scene.
Amidst this bustling scene, an enormous circle stands out prominently.
This circle has a circumference of 10,000 kilometers. Even the largest warship in human history Lyra, can pass through it horizontally, making the Engineering Spaceship responsible for building and assembling modules appear even smaller.
From a distance in space, it truly resembles a Space Fortress, with the Engineering Ship looking like little bees building their nest.
This is the Space Multi-Point Particle Collider humanity is about to complete.
The construction of the collider is nearing completion. The individual modules are now illuminated, making it resemble a brightly lit Ferris wheel. The exhaust plumes of the Engineering Ship contrast beautifully with the starry sky against the dark background, resembling sparkling gems surrounding the circle. It is a breathtaking sight.
It will probably be a few years later, once the hull of the Engineering Ship is welded, it will be officially completed.
Because the collider was so enormous, it was designed as a modular, modular structure. There are five large modules in total, each with a total length of approximately two kilometers, forming an arc or circle. For transportation purposes, engineers also installed an independent Heavy Nuclear Reactor on each collider module.
During experiments, these Heavy Nuclear Reactor power the collider. When humans leave, they are used as engines to propel their respective modules and sail with the human fleet.
Time flies, and several years have passed in the blink of an eye.
Once the Particle Collider was completed and its trial run was successful, scientists couldn't wait to begin collision experiments.
The most excited were undoubtedly the Particle Physics.
Well, broadly speaking, the people conducting the collision experiments are scientists, specifically scientific research teams. The teams that are most likely to apply for the right to use the technology typically consist of physicists, engineers, and security personnel.
Physicists are responsible for the design and theoretical analysis of the experiment, engineers are responsible for the operation of the equipment and the installation of the particle generator for the experimental subject, and security personnel are responsible for the protection and maintenance of order at the entire experimental site.
Without a doubt, the security personnel are all trained and qualified soldiers of the Security Department, belonging to the Security Department.
Once the collision experiment was ready, the engineers on the science team brought up the command interface and entered various instructions into it.
Shortly after, a system notification sounded in the collider's control room and at other recording and observation points, "Space Multi-Point Particle Collider self-check complete. Observation point equipment normal. Flow probe module normal. Startup serial number verification complete. Identity verification passed. Activated channel is hadron collider module. The particle to be collided in this experiment is proton. Experiment number: [Experiment Number]"
"No. 1 Heavy Nuclear Reactor is supplying power normally, No. 2 Heavy Nuclear Reactor is supplying power normally, No. 5 Heavy Nuclear Reactor is supplying power normally, the coordinated spectrum has been activated, the supermagnetic field proton generator is ready, and the experiment is ready."
After confirming that everything was correct, the engineer in charge of the operation pressed the start button.
As the start button was pressed, a loud mechanical clanging sound, accompanied by a dense overclocking noise, emanated from the proton generator. At that moment, the brightly lit Space Multi-Point Particle Collider dimmed, and the five Heavy Nuclear Reactor trembled slightly.
"Proton flow separation is normal, guiding magnetic field is normal. Particle flow has entered the outer ring structure, super magnetic field acceleration is normal, and the expected maximum speed is 99.9999999999% of the speed of light." The system announcement sounded again.
Unlike ordinary colliders, the Space Multi-Point Particle Collider) accelerates the particle streams within its ring structure using magnetic fields, but does not collide within that large ring.
Instead, after circling a certain number of times and reaching the predetermined speed, the beam changes its original trajectory under the influence of the different magnetic field of the guiding structure, enters the prepared straight pipes inside the large circle, and finally converges with other ion beams at a point through the straight pipes, thus colliding with them.
The collision point and the collider's large circle do not exist on the same plane. The detectors, Cloud Chamber, and other equipment placed by humans are located at the ends of these straight pipes.
After the collision experiment is completed, physicists will conduct a detailed analysis of the substances produced during the collision based on the data recorded by the measuring instruments, thereby exploring more unsolved mysteries in physics.
Of course, a so-called "collision experiment" is not simply a matter of conducting a single collision. After the experimental application is approved, the scientific team often conducts multiple experiments and then analyzes the results through comparisons, controls, and other methods.