The Infinity of the Smallest Particle

In summary, when the smallest particle is divided infinitely, it will never disappear, even when using the term "infinite." However, it is not possible to physically cut a particle as it has no dimensions and can only decay at a random time. Additionally, the split particles may not have the same size as the original particle due to their dimensionless nature.
  • #1
AnthonyFB
3
0
when the smallest particle is cut in half over and over again infinitely times, it will never disappear... since I used the word infinite, right?
 
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  • #2
How do you cut something that has no dimensions?
 
  • #3
AnthonyFB said:
when the smallest particle is cut in half over and over again infinitely times, it will never disappear... since I used the word infinite, right?

The particle will decay at some randomly determined time. You can't cut it in half.
 
  • #4
Decay can't necessarily be in the context of "cutting" either, yes it is a split at a vertex but the the two objects combined aren't necessarily the same size as the "un-split" particle because size is irrelevant. Particles have no size they are dimensionless. Quantum characteristics of particles in terms of mass or other quantities can essentially be "split" into the properties of the product particles.
 

1. What is the smallest known particle in the universe?

The smallest known particle in the universe is the quark, which is a fundamental building block of matter that makes up protons and neutrons.

2. How small is the smallest particle?

The size of a quark is estimated to be about 10^-18 meters, making it incredibly small and difficult to observe directly.

3. Can particles be infinitely small?

There is currently no scientific evidence to suggest that particles can be infinitely small. However, the concept of infinity is still being explored in the field of quantum mechanics.

4. What is the significance of understanding the smallest particles?

Studying the smallest particles can help us understand the fundamental laws of the universe and how matter and energy interact on a microscopic level. This knowledge can also have practical applications in fields such as technology and medicine.

5. How do scientists study particles that are too small to see?

Scientists use powerful tools such as particle accelerators and detectors to study the behavior and properties of particles. They also use mathematical models and theories to make predictions about the behavior of particles at the smallest scale.

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