The Beginning of the Deterrence Era!

She had drawn on the research results of the Johns Hopkins University Applied Physics Laboratory (JHU/APL), allowing my plan to perform highly precise simulations and predictions of a target object's orbit in advance, ensuring that once released at a specific moment, it could accurately strike the target along a predetermined path.

Meanwhile, because the planet Clemence One itself possessed no natural satellite in orbit around it, such as a Moon-like "mirror star" found around terrestrial planets.

In other words, during these calculations, we only needed to consider factors such as the gravitational perturbations of the Artificial Satellite towers and the star, as well as atmospheric resistance."

"Space-Based Strike?!"

As a life scientist, Klosan did not actually know much about physics.

But she knew that this concept was a form of secondary orbital deterrence, second only to fusion weapons.

"But where would you find the time to select or synthesize the materials for the 'Sword of Damocles' projectiles?

Whether it was the constant flight velocity,

the strike surface,

or the errors in kinetic energy loss and mass loss caused by friction from space-based projectiles as they passed through the atmosphere,

all of that should have been determined by the properties of the materials.

Could it be...?"

"You must think I had been planning this for a long time."

Su Wen instantly guessed what she was thinking, but he merely smiled gently.

"Unfortunately,

if we wanted a breakthrough in materials science,

then to endure high-speed reentry and impact under extreme conditions, we would normally need to find specially engineered mass bodies.

That could take years, perhaps even decades.

We would even need to simultaneously pass the threshold tests of cosmic traversal theory proposed by Stephen Hawking.

For example, new composite materials with ultra-high heat resistance and extreme strength, developed by materials scientists