"Heh, if 150 years isn't enough, then I'll do 300 years. If 300 years isn't enough, then I'll do 600 years. At worst, I'll dedicate a thousand years to research. I refuse to believe I can't figure it out."
Perhaps sensing Tao Rhys's despair, or perhaps inspired by Tao Rhys unwavering spirit, Leo stuffed the wizard's notebook into the library and headed straight for the fourth floor like a general embarking on a battlefield.
Isn't it just the trajectory of microscopic particles?
Who's afraid of who!
It's just a matter of computation, isn't it?
Who's afraid of who!
They all share one shoulder and one head.
Who is worse than whom?!
The nuclear material collision large ring experiment equipment filled the entire fourth floor, leaving Leo's expensively prepared laboratory crammed into a lonely corner.
The cold exterior seemed to mock Leo's incompetence, brazenly proclaiming Leo a coward.
"Snort"
Leo snorted coldly, picked up his previous experimental notes, and adjusted the orientation of the nuclear raw materials according to the calculations.
Put it in.
start up,
"Boom"
The two nuclear material spheres collided perfectly, and the display screen on the large ring showed the motion model of the particle cloud.
Speed: 4300m/s, Attack Power: 11 points.
Record,
calculate,
The nuclear fission efficiency is 16.66%.
Leo requires a minimum nuclear fission efficiency of 30%, which results in an attack power of 19.8.
not enough,
Adjustment,
Continue the experiment.
Time began to accelerate, day and night alternated, but the people in the laboratory seemed oblivious.
Benji, leading ten level-one little Gulu Beast, listened to the continuous explosions coming from the fourth floor of the wizard tower, knowing that their master had once again fallen into a state of madness.
Once this starts, it won't stop for decades.
"Let's go, let's finish our work first, and not cause any trouble for Lord Leo," Benji said in a low voice.
Why can't it be done?
Why can't it be done?
Just as Benji had predicted, Leo had indeed fallen into a state of madness.
The trajectories of the particles after uranium-235 fission show no discernible pattern, making all the experiments seem like a waste of time.
Hundreds of thousands of experiments failed to uncover any pattern of motion or change.
Leo wasn't incapable of accepting failure, but rather unable to accept failure when he was just one step away from success.
Leo slumped to the ground, staring blankly at the massive instrument, the floor covered with experimental calculation results.
However, for the same experiment, the calculated results were never exactly the same; in fact, the results could be wildly different.
After a few minutes, Leo mustered his courage and stood up again. The failure could only mean that he hadn't tried enough times.
Tao Rhys's lab notes are still in the library, and Leo is convinced that she absolutely cannot be worse than her.
In the sunlight, a shadow was cast on the floor, and as Leo stood up, the shadow lengthened...
Just as Leo reached out to pick up the data, he saw the shadow cast by his own body...
Leo was stunned.
A bold idea appeared in Leo's mind like a cosmic explosion.
In that instant, Leo's mind, which had been dazed and filled with data analysis, suddenly became bright, and one guess and idea after another sprang up like mushrooms after rain.
Leo's body trembled uncontrollably.
His eyes were contracting violently for some unknown reason.
My heart began to beat rapidly on its own, and the blood in my body circulated wildly as if it had been pumped into a supercharger.
His aura began to fluctuate, and his body even began to expand and contract repeatedly—a sign that he was about to unleash his Bloodline Power and transform into Hunter.
Leo couldn't control the changes in her body!
The calculation paper in his hand was suddenly ignited by the tiny bolts of lightning emanating from his hand.
The moment the flames ignited, Leo was jolted out of his daze.
Leo pointed his finger, and a stream of water appeared, extinguishing the flames.
But he had no time to worry about his experimental records; instead, he stepped forward, and a shadow rose to the ground.
Leo quickly installed two nuclear material spheres, transferred his magic power, set a delay, and then took a step forward, merging into the shadows.
He wanted to observe the nuclear fission process from the Shadow World Shadow World, hoping to discover something different there!
The shadow beneath his feet reminded him that he could observe nuclear fission experiments not only in the real world but also through the Shadow World.
Only a dark figure remained on the fourth floor of the wizard tower; Leo's vision had already entered the Shadow World.
In the Shadow World, it's still the same fourth floor, still the same large collision ring. Due to the lighting, the ring is slightly deformed, but it doesn't affect observation.
In the Shadow World, no energy changes are visible; only two spheres filled with nuclear material can be seen colliding at a speed of 3400 m/s.
Leo dared not breathe, her heart leaping into her throat, staring intently at the moment of the collision.
I hope for a miracle, but I'm also afraid the outcome will be the same.
I felt uneasy, afraid, and even a little terrified.
The moment the nuclear material pellets collided was like the Big Bang, a moment of brilliance from nothing to something, so dazzling and spectacular!
Particle scattering occurs when billions of particles collide, split, and scatter within an immeasurable, extremely short time...
The splashing particles continue to collide with other particles, like bumper cars, but now with billions of particles colliding.
The trajectories of each particle are intertwined and influence each other, creating complex trajectories that make it impossible to discern how a single particle moves in such a short time.
There were so many that Leo could see particles flying everywhere when he closed his eyes.
"Ha ha ha ha"
But faced with such a complicated situation, Leo was neither discouraged nor pessimistic; instead, he burst into laughter.
Leo emerged from the Shadow World, lay on the fourth-floor floor, staring at the experimental data records scattered all over the floor, and burst into maniacal laughter.
Even with tears streaming down her face, she couldn't hide the laughter coming from her mouth!
Laughter echoed on the fourth floor of the wizard tower, and even throughout the entire tower. At that moment, the extremely simple wizard tower seemed like a devoted listener, taking in all of Leo's laughter!
"I finally did it... Waaaaaah..."
After the laughter came the tears.
Overjoyed and weeping
She burst into tears, as if releasing all the failures, pain, and torment through this unseen sob.
No one knows the agony of conducting hundreds of thousands of experiments without seeing results, no one knows how tedious the daily repetition is...
Nobody knows...
But Leo himself knew!
Although he lived for over a hundred years, he was still a person with flesh and blood and feelings, not a cold machine.
His efforts finally bore fruit, and he did not end up as an ordinary wizard like Tao Rhys.
After crying for a few minutes, Leo composed herself, vented her emotions, and then it was time to start the experiment again.
The chain reaction that occurs during particle collisions is too complex. Even with the brain of a miniature computer, Leo could only remember the trajectories of a few particles after they lost their kinetic energy at the end of the collision.
Simple notes, with only a few calculation formulas on a single page.
Leo looked at the experimental notes in his hand, which were almost useless. Although there were only a few entries, these few entries were more useful than the hundreds of thousands of experiments before.
Because this is no longer the approximate trajectory of the particle cloud, but the equation of the trajectory of a single particle!
Why did Leo weep so bitterly? Because he had finally witnessed the motion of a single particle. As long as he continued to observe, he could completely grasp the laws governing the motion of these particles. Controlled nuclear fission had unveiled the mystery for him!
Leo never imagined that the movement trajectory of particles could be clearly seen in the Shadow World. This discovery meant that Leo had grasped the key to becoming Level One Elemental Wizard.
Level One Elemental Wizard is just around the corner!
After calming down, Leo began to analyze why this situation had occurred.
In the real world, even with the most sophisticated observation equipment and the best observation array, he could only see a cloud of interwoven particles.
But once in the Shadow World, without any external interference, we were able to actually see the specific motion of each particle with the naked eye!
Leo carefully recalled and analyzed the situation to see where the problem lay.
"It should be because there is no energy interference in the Shadow World. Without the influence of energy, the state of particles is simpler."
For some reason, Leo suddenly remembered the quantum mechanics he had learned on Earth, and the saying, "When in doubt, consult quantum mechanics," which all illustrated the unfathomable nature of microscopic particles.
In the real world, Leo used the most advanced magnification display equipment and the most cutting-edge wizarding array to observe the nuclear fission process. It is difficult to say that these observation methods would not affect the occurrence of nuclear fission.
After all, Leo had heard of a terrifying term called quantum entanglement!!!
But this raises another question: why are particles so tiny they cannot be observed with the naked eye visible in the Shadow World?
Anything that can appear in the Shadow World must have a shadow in reality. It's normal for particles to have shadows.
But thinking back carefully, although the particle shape we saw at the time was still very small, it was definitely many times larger than the particle itself, otherwise it wouldn't have been visible to the naked eye.
"Could it be...?"
In an instant, Leo's eyes lit up, and he made a bold guess.
Leo immediately adjusted the launch position of the nuclear material spheres, moving them away from the point of collision and placing them one-third further back from their original positions.
In the Shadow World,
Two nuclear material spheres were launched and collided...
This time, a large number of particle shadows collided with each other, then bounced and tore apart. Billions of particles were moving at high speed, making Leo's eyes full of tiny dots.
"Just as I thought."
Leo looked at the particles, which were significantly smaller than the last time, confirming his guess.
He discovered why particle trajectories could be seen in the Shadow World: the closer a particle is to the light source, the larger its shadow becomes.
Conversely, the farther away from the light source, the smaller the shadow cast.
This is why Leo can see microscopic particles with the naked eye in the Shadow World!
By adjusting the distance between Leo and the light source during the collision, the size of the particles in the Shadow World can be adjusted, instantly reducing the difficulty of the entire experiment by an immeasurable amount.