A few days later, on Lü Yongchang's orders, the Academy of Sciences completed a series of preparations.
The preparations were not complicated, but they took considerable effort from the Academy of Sciences.
On Lü Yongchang's orders, Zero controlled the robots to dismantle the entire [Particle Trap] apparatus and transport it directly to the surface of Dawn Star.
The reasons were simple.
For one thing.
During the experiment, the complex magnetic field generated by the [Particle Trap] apparatus would briefly disappear.
The antihydrogen molecules would lose their confinement as a result.
Although this would last only an extremely short time, it still posed a risk-the antihydrogen molecules would collide with the apparatus's inner walls and annihilate, releasing enormous amounts of energy that would inflict considerable damage on the particle accelerator.
To avoid this unnecessary risk, using the [Particle Trap] to transport the antihydrogen inside it somewhere safe was naturally the best choice.
Some might ask why they went to such trouble to transport it to the surface of Dawn Star instead of some unimportant corner of Light Satellite One.
That brought them to the second factor.
The purpose of this experiment was to observe how antimatter responded to gravity on a macroscopic scale.
Antihydrogen molecules had very little mass, and they moved at high speeds.
This created a problem.
It might be difficult for humanity to observe their response to gravity.
There was even a strong possibility that the antihydrogen would collide with the chamber walls and annihilate before anyone had a chance to observe it.
To prevent this, Lü Yongchang decided to tackle the problem from two directions at once.
First, increase the gravitational force.
The solution was simple: transport it from Light Satellite One to Dawn Star.
Compared with the weak gravity of Light Satellite One, the 1.9 g