What is the Difference Between Positron and Proton?
🆚 Go to Comparative Table 🆚The main differences between a positron and a proton are:
- Nature of the particles: A proton is a particle of normal matter, while a positron is a particle of antimatter.
- Mass: The proton has a mass of 1.673×10^(-27) kg, whereas the positron has a mass of 9.109×10^(-31) kg.
- Stability: Protons are very stable particles in normal laboratory conditions, but positrons are unstable under such conditions.
Both particles have a positive charge, but their mass and stability differ significantly. Positrons are antiparticles, which means they have the same mass as their corresponding particle (in this case, the electron) but the opposite charge. When a positron and an electron collide, they undergo a process called matter-antimatter annihilation, resulting in the destruction of their total mass and the release of energy.
Comparative Table: Positron vs Proton
Here is a table comparing the differences between a positron and a proton:
Feature | Positron | Proton |
---|---|---|
Definition | A positively charged antiparticle of the electron | A subatomic particle with a positive charge found in the nucleus of every atom |
Mass | 9.109 x 10^-31 kg | 1.673 x 10^-27 kg |
Charge | Positive, with an elementary charge of +1.602 x 10^-19 Coulomb | Positive charge |
Stability | Unstable under normal laboratory conditions | Stable under normal laboratory conditions |
Composition | Antiparticle of the electron, composed of antimatter | Found inside the atom and composed of three quarks |
Location | Found in atomic orbitals | Found in the nucleus of every atom |
Spin | 1/2 | N/A |
Positrons and protons are both positively charged particles, but they have different masses, compositions, and locations within an atom. While protons are found inside the nucleus of every atom, positrons are particles with antimatter characteristics that can exist in atomic orbitals.
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