His name is given to a calculation for the transition probability between an eigenstate and the continuum, known as his golden rule, and his name is also given to the highest allowed (*) energy state in a system of particles that have wavefunctions which are anti-symmetric under interchange.
His name is given to a calculation for the transition probability between an eigenstate and the continuum, known as his golden rule, and his name is also given to the highest allowed (*) energy state in a system of particles that have wavefunctions which are anti-symmetric under interchange. The namesake of a distribution function with Dirac, for 10 points— identify this Italian physicist, the namesake of half-integer-spin particles.
His name is given to a calculation for the transition probability between an eigenstate and the continuum, known as his golden rule, and his name is also given to the highest allowed (*) energy state in a system of particles that have wavefunctions which are anti-symmetric under interchange.
Enrico Fermi