As mentioned earlier, keeping the high-energy particle beams inside the particle collider's tunnels and accelerating them to near light speed required not only enormous amounts of energy, but also extremely powerful magnetic fields to provide containment.
At the same time, the environment inside the tunnels had to be kept in an ultra-high vacuum to reduce unnecessary proton loss from the particle beams.
And all of this required a massive cooling system.
Those extremely powerful magnetic fields were generated by special superconducting cables, which had to operate at the ultra-low temperature of negative 271 degrees Celsius.
Moreover, accelerating protons to near light speed was not something that could be done in an instant.
In fact, the entire particle collider had to run continuously for at least ten hours before the particle beams reached usable standards.
The amount of load generated during that process was easy to imagine.
So, the particle collider actually had another massive cooling system called the liquid helium shunt system.
Blonde Spider-Man had found the linking program between the liquid helium shunt system and the particle collider, then created this Heavy Load Key.
The Heavy Load Key contained a program that could disrupt the connection between the two systems.
Once the liquid helium shunt system stopped cooling the collider, the superconducting electromagnets would gradually fail as the temperature rose.
That would trigger the collider's own protection system and cause it to shut down automatically.
However, that had been the plan before, when they wanted to shut down the particle collider and crush Kingpin's mad scheme.
But things were different now.
Before shutting down the particle collider, he still had to find a way to send Shadow Spider-Man and the others back to their respective worlds.
That required making slight modifications to the original Heavy Load Key and creating