BobbyWOMACK said:Hey what's up! So I'm trying to wrap my head around this concept that light is able to push asteroids in space. I understand the Yarkovsky Effect and how it acts as a propulsion system, but I want to know if light is able to push objects in space strictly based on a collision basis. Can it replicate a simple example where to trains collide into each other; Is light able to act as mass colliding with another object altering its velocity?
Thanks
"Light Pushing Asteroids" is a concept proposed by scientists to use focused light beams to alter the trajectory of asteroids and prevent potential collisions with Earth.
The process involves using a large, powerful laser to heat up the surface of the asteroid, causing it to release vapor and create thrust. This thrust then pushes the asteroid off its original course.
Yes, studies have shown that even small changes in an asteroid's velocity can significantly alter its path and prevent potential impact with Earth.
While "Light Pushing" is a promising concept, there are still some risks and challenges that need to be addressed. These include accurately predicting the trajectory of the asteroid, potential damage to the asteroid's surface, and the potential for the asteroid to break apart under the force of the laser.
"Light Pushing" is still in the early stages of research and development, and there are many factors that need to be considered before it can be implemented as a solution for preventing asteroid impacts. More research and testing is needed to determine its effectiveness and feasibility.