pauli

I still enjoy reading the outliers (not the cranks, the ones who could be the next Pauli ).

Also leptons are 'equal' following the Pauli exclusion principle?

>> Also leptons are 'equal' following the Pauli exclusion principle?

> Also leptons are 'equal' following the Pauli exclusion principle?

All of the stuff about the Pauli matrices is basically about forming the 2x2 complex matrix V = [v0 + v3 v1 − i v2] [v1 + i v2 v0 − v3 ] The determinant of a matrix [a b; c d] is the product of its eigenvalues and can be calculated as a * d − b * c.

The basic idea looks like this: annex the identity matrix as σ_0 = onto the 3 Pauli spin matrices σ_1, σ_2, σ_3 and then form the product with any 4-vector v^μ to find that every 4-vector is a 2x2 Hermitian matrix, V = v^μ σ_μ.

"We strongly recommend that you do not attempt to evade the Pauli Exclusion Principle."

In a field with some form of rigorous proof underlying it* converging towards consensus is good, though I still enjoy reading the outliers (not the cranks, the ones who could be the next Pauli).

Pauli, it's Hamburg's party district, home of the Reeperbahn, so it'd be a continual stream (if you pardon the pun) of very drunk people, many of whom aren't from Hamburg, getting ticketed.