The path of derivative technology had become clear. With the accumulation of vast amounts of time, humanity had finally achieved breakthroughs in several fields. The good news came from Planetary Warp Engine technology.
In the 1,018th year since arriving at the Natural Wormhole, humanity completed its test run of the Fourth Generation Warp Engine. Over the following six months, it also completed stability testing for this Planetary Warp Engine.
A construction model for the Gravity Bomb also appeared shortly after the Fourth Generation Warp Engine experiment succeeded. However, its principles differed somewhat from Fourth Generation Warp technology. Rather than warping and smoothing spacetime like Warp did, it was a Force Field Bomb.
When it exploded, it could trigger chaotic Gravitational Waves at varying levels, comparable to black hole tides. It was a bomb that only worked when detonated right in the enemy's face.
At the same time, good news also came from research into the Super Planet Destroyer Cannon. Its development direction had reportedly been determined, with no issues remaining in model simulations or mathematical calculations. The next step was to construct actual devices for various performance tests.
Yue Yuan read the report. It clearly stated the length of the Super Planet Destroyer Cannon: its force field acceleration section alone exceeded three hundred kilometers. It had been confirmed that it could not be fitted onto the current Lyra, so the Lyra would have to be rebuilt. As for how large it would be, that depended on the final size of the Super Planet Destroyer Cannon after all testing was complete, along with the size of its other equipment and facilities.
The Super Planet Destroyer Cannon followed the same line of development as the Planet Destroyer Cannon. Both were kinetic weapons. However, the Research Teams committed to the other route had