1. It has six scalar and fermions in the adjoint representation ...

2. The difference between Bosons and fermions is just spin

3. Unlike fermions, Bosons do not obey the Pauli Exclusion Principle

4. Categorize fundamental particles as fermions or Bosons based on their spin

5. Elusive particle appears in 'semimetal': Weyl fermions detected in tantalum Arsenide, physicists say.

6. It is most commonly applied to electrons, which are fermions with spin 1/2.

7. Bosons are a type of subatomic particles which follow Bose Einstein Statistics.The other type is fermions

8. In an extension of the model, the analogous effect with unpaired fermions has a description using supersymmetrical algebras.

9. Discuss the categories of subatomic particles prescribed in radiation oncology such as Bosons, fermions, leptons, quarks, baryons, hadrons, and mesons

10. In it, there are two types of fundamental particles: the fermions, that make up matter, and the bosons, that carry forces.

11. By housing Weyl fermions, tantalum Arsenide becomes the first experimentally confirmed Weyl semimetal, a metal-like material with exotic and potentially useful features

12. For Bosons this n can be any non-negative integer 0, 1, 2, For fermions the mode can either be empty or occupied, corresponding to n=0 or 1

13. The fact that fermions are half-integer spin and Bosons are integer spin is interesting, but far more interesting is the fact that these two classes of particles obey different quantum rules

14. : the nonuniform distribution of elementary particles (such as photons or fermions) in a beam Researchers term this unusual pattern of photon emission anti-Bunching, which means there is a significant time delay between successive photons when they are emitted …

15. In a world where Einstein's relativity is true, space has three dimensions, and there is quantum mechanics, all particles must be either fermions (named after Italian physicist Enrico Fermi) or Bosons (named after Indian physicist Satyendra Nath Bose)