The Collision Region was the core component of the Ring Black Hole Particle Accelerator.
It was a perfect sphere.
At either end of the sphere, a pipe equipped with an accelerating magnetic field extended all the way to a distant Particle Capture Device.
Once the valves of the Particle Capture Devices opened, countless high-energy particles would rush down these pipes toward the spherical Collision Region and collide at its very center.
The sides of the sphere were also connected to pipes equipped with accelerating magnetic fields.
Compared with the two main pipes, these secondary pipes were much narrower.
Their purpose was simple: when a Micro Black Hole formed, high-energy particles would surge out of these secondary pipes and shoot toward the black hole at the center of the Collision Region from every angle!
A larger spherical structure enclosed the Collision Region.
This enormous spherical structure was packed with instruments and equipment of every kind, including numerous gravitational field generators of the latest model.
Every device had just one purpose-to stabilize the Micro Black Hole.
At Lü Yongchang's command, vast numbers of particles set out from the Human Federation fleet and began accelerating through one Pulsed Magnetic Field after another, generated by Carrier-Based Drones.
For ease of acquisition and acceleration, the particles selected for the experiment were the most ordinary, most common electrons.
10% of the speed of light!
50% of the speed of light!
95% of the speed of light, 99% of the speed of light!
The Ring Black Hole Particle Accelerator had an extremely long acceleration conduit, so even with the electrons traveling incredibly close to the speed of light, they would still need a full year to complete the journey.
To conserve resources, the Carrier-Based Drones did not keep their Pulsed Magnetic Fields active along the entire