The momentum for building a particle collider in the United States, which will collide muons – heavier relatives of electrons, is increasing. The collider will follow the main path of the next big accelerator in the world, which has yet to be built, and physicists hope to discover new particles. Although the short lifespan of muons makes it technically challenging to build such a collider, the main advantage is that it will be smaller and cheaper than competing collider designs. The vision remains distant, not until the early 2040s at the earliest, but research and development must begin now, according to its supporters.
The momentum is building
The momentum for building a particle collider in the United States, which will collide muons – heavier relatives of electrons, is increasing. The collider will follow the main path of the next big accelerator in the world, which has yet to be built, and physicists hope to discover new particles. Although the short lifespan of muons makes it technically challenging to build such a collider, the main advantage is that it will be smaller and cheaper than competing collider designs. The vision remains distant, not until the early 2040s at the earliest, but research and development must begin now, according to its supporters.
Technical challenges
The momentum for building a particle collider in the United States, which will collide muons – heavier relatives of electrons, is increasing. The collider will follow the main path of the next big accelerator in the world, which has yet to be built, and physicists hope to discover new particles. Although the short lifespan of muons makes it technically challenging to build such a collider, the main advantage is that it will be smaller and cheaper than competing collider designs. The vision remains distant, not until the early 2040s at the earliest, but research and development must begin now, according to its supporters.
Potential benefits
The momentum for building a particle collider in the United States, which will collide muons – heavier relatives of electrons, is increasing. The collider will follow the main path of the next big accelerator in the world, which has yet to be built, and physicists hope to discover new particles. Although the short lifespan of muons makes it technically challenging to build such a collider, the main advantage is that it will be smaller and cheaper than competing collider designs. The vision remains distant, not until the early 2040s at the earliest, but research and development must begin now, according to its supporters.
Leave a Reply