The energy of fission of large-mass dark matter particles when the void is breached is used to distort the wrinkles in space-time, thereby enabling navigation close to the speed of light or beyond the speed of light.

This is undoubtedly impossible to achieve at the current technological level.

Because even the CRHPC institution can only use the Large Strong Particle Collider to detect dark matter particles almost 'randomly' and cannot effectively control them.

But what if we think differently?

In the void field and dark matter theory he constructed, the two core key points for traveling faster than light through dark matter are the void rupture effect and a large amount of energy.

Dark matter particles are not actually among them.

If a large amount of energy is released through fusion or fission of conventional matter, can it effectively replace massive dark matter particles?

Currently, they have no shortage of energy, and controllable nuclear fusion reactors can provide huge amounts of energy.

But the key is not energy, but whether energy can be effectively used to 'distort or straighten' space-time.

This is a question he has been thinking about these days.

If it can be done, perhaps within his lifetime, faster-than-light time and space travel may not necessarily be impossible.

But vaguely, Xu Chuan also speculated that perhaps dark matter may have an advantage over the energy released by conventional matter in pulling the curvature of space-time.

...
Chapter completed!