| 1. | Similar to ferromagnetic materials the magnetic interactions are held together by exchange interactions.
|
| 2. | Both bosons and fermions can experience the exchange interaction.
|
| 3. | The exchange interaction is sometimes called the " exchange force ".
|
| 4. | The Pauli exclusion principle gives rise to exchange interactions.
|
| 5. | Without the exchange interaction, solids wouldn't be solid at all.
|
| 6. | This is the result of the exchange interaction.
|
| 7. | The derived exchange interaction takes the following form:
|
| 8. | This repulsion is what the exchange interaction models.
|
| 9. | It is a form of the Exchange interaction.
|
| 10. | Simultaneously, due to exchange interactions the spins tend to align themselves with their neighbours.
|