Collision of Nuclie: Effects & Particles Created

Thread starter Zak.azeemi
Start date Dec 17, 2010
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Collision

In summary, a collision of nuclie is when two atomic nuclei come into contact with each other, resulting in a transfer of energy and potentially creating new subatomic particles. The effects of such collisions can vary and are studied using high-energy particle accelerators. These collisions can create a variety of particles, contributing to our understanding of the universe and the fundamental building blocks of matter.

Dec 17, 2010

Zak.azeemi

what can happen if two nuclie are collided? what subparticles would be created?

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Dec 17, 2010

cragar

depends how much energy they have , Just as long as their is enough total energy to produce the rest energy of the new particles created, And all the conservation laws are met , like spin , charge ... ect.

1. What is a collision of nuclie?

A collision of nuclie occurs when two atomic nuclei come into contact with each other, either through natural processes or in experiments. This collision results in a transfer of energy and can lead to the creation of new subatomic particles.

2. What are the effects of a collision of nuclie?

The effects of a collision of nuclie can vary depending on the energy and types of particles involved. Some possible effects include the creation of new particles, the release of energy, and changes in the structure of the nuclei involved.

3. How are collisions of nuclie studied?

Scientists use high-energy particle accelerators to study collisions of nuclie. These machines accelerate particles to very high speeds and then collide them with a target, allowing researchers to observe the effects of the collision.

4. What types of particles are created in a collision of nuclie?

In a collision of nuclie, a variety of particles can be created, including protons, neutrons, and various types of mesons. The specific particles created depend on the energy and types of nuclei involved in the collision.

5. How does the study of collisions of nuclie contribute to our understanding of the universe?

Studying collisions of nuclie allows scientists to investigate the fundamental building blocks of matter and the forces that govern them. This research provides insights into the origins and evolution of the universe and helps us better understand the physical laws that govern our world.