After a series of adjustments, this gravitational telescope, with an entire dwarf planet as its body, truly entered operational status.
Its 80-kilometer-thick shell blocked out most of the universe's radiation, allowing only a few particles with extreme penetrating power, such as neutrinos and the theoretically predicted gravitons, to pass through.
It was like a large net, now silently spread open, waiting for its prey to appear.
On the first day of operation, Tom observed over 10 million particle collision events.
However, after Tom's verification, it was confirmed that 99.9% of these 10 million particle collision events were neutrino collisions, with the remaining 0.1% being other interfering particles, and not a single graviton collision event.
"It doesn't matter. Based on the expected returns, even with the performance of this gravitational telescope, a graviton collision event is only expected once a year on average. We just have to wait patiently."
