Kepler-452 Stellar System.
When the [Star Swallower] reached the target stellar system and successfully mined two of its iron planets, news emerged from the laboratory aboard the [Earth] and spread through the entire fleet like wildfire.
The Tachyon Information Transmission Experiment was about to officially begin!
The unique properties of tachyons had driven the research project into difficulties more than once.
Controlling faster-than-light particles had, for a time, been beyond humanity's technological capabilities.
Unsurprisingly, it was Lü Yongchang who achieved the experiment's crucial breakthrough.
During repeated experiments, he discovered a remarkable and vitally important phenomenon.
When tachyons carrying large amounts of energy passed through a powerful gravitational field, their frequency changed slightly.
This created the necessary conditions for tachyon communication!
First, the energy released by high-energy laser beams had to be used to slow the tachyons as much as possible.
This was a prerequisite. Otherwise, before the gravitational field could change a tachyon's frequency, it would have already "escaped" to infinity.
Furthermore, through repeated experiments, the Academy of Sciences discovered that changing a tachyon's frequency required not only a substantial amount of energy, but also a gravitational field of sufficient strength.
To that end, Lü Yongchang proposed a highly creative solution.
They would control two micro black holes, making them orbit each other to generate a sufficiently powerful miniature gravitational field.
Then, by controlling the micro black holes, they could manipulate minute changes in the gravitational field, thereby influencing the frequency of the slowed tachyons.
It was an extraordinarily bold idea-and an extraordinarily dangerous one.
Thus, when the proposal was first presented, most of the academicians in the laboratory opposed it.
After all, controlling a single micro black hole was already extremely dangerous. The danger posed by two micro black holes was certainly not something that could be estimated with