Add to ORKGThe choices of the standard equations for massive, massless and tachyonic fermions are examined, on the grounds of desirable features related to the symmetry operations. Linear superpositions of different mass states are revisited, and some possible probability interpretations are suggested.Ispituje se odabir standardnih jednadžbi za masene, bezmasene i tahionske fermione na osnovi poželjnih odlika koje su vezane s operacijama simetrije. Ponovno se razmatraju linearna dodavanja masenih stanja i predlažu moguća tumačenja vjerojatnosti
The free-particle Dirac equation has two remarkable features: (1) It is linear in all four component...
We introduce an unconventional interpretation of the fermion mass matrix elements. As the full rotat...
In the paper, starting from Gel’fand-Yaglom approach a new 20-component wave equation for a spin ½ f...
The choices of the standard equations for massive, massless and tachyonic fermions are examined, on ...
Linear transformations of the Dirac equation with two mass parameters result in "standard\u27\u27 fo...
It is proved that fermions can acquire the mass through the additional non-integrable exponential fa...
Based on experimental evidences supporting the hypothesis that neutrinos might be spacelike particle...
In the standard treatment of particle oscillations the mass eigenstates are implicitly assumed to be...
International audienceIn the context of supersymmetric models where the gauginos may have both Major...
The K\"ahler-Dirac fermion, recognized as an elegant geometric approach, offers an alternative to tr...
The mass problem in particle physics and its impact for other fields is discussed. While the problem...
We present a new approach to study (1+1)-dimensional Dirac equation in the background of an effectiv...
I discuss generalized spin-1/2 massless equations for neutrinos. They have been obtained by Gersten'...
Abstract It is possible to reconstruct a ‘defragmented ’ Dirac equation in such a way as to generate...
The most fundamental characteristic of a physical system can often be deduced from its behaviour und...
The free-particle Dirac equation has two remarkable features: (1) It is linear in all four component...
We introduce an unconventional interpretation of the fermion mass matrix elements. As the full rotat...
In the paper, starting from Gel’fand-Yaglom approach a new 20-component wave equation for a spin ½ f...
The choices of the standard equations for massive, massless and tachyonic fermions are examined, on ...
Linear transformations of the Dirac equation with two mass parameters result in "standard\u27\u27 fo...
It is proved that fermions can acquire the mass through the additional non-integrable exponential fa...
Based on experimental evidences supporting the hypothesis that neutrinos might be spacelike particle...
In the standard treatment of particle oscillations the mass eigenstates are implicitly assumed to be...
International audienceIn the context of supersymmetric models where the gauginos may have both Major...
The K\"ahler-Dirac fermion, recognized as an elegant geometric approach, offers an alternative to tr...
The mass problem in particle physics and its impact for other fields is discussed. While the problem...
We present a new approach to study (1+1)-dimensional Dirac equation in the background of an effectiv...
I discuss generalized spin-1/2 massless equations for neutrinos. They have been obtained by Gersten'...
Abstract It is possible to reconstruct a ‘defragmented ’ Dirac equation in such a way as to generate...
The most fundamental characteristic of a physical system can often be deduced from its behaviour und...
The free-particle Dirac equation has two remarkable features: (1) It is linear in all four component...
We introduce an unconventional interpretation of the fermion mass matrix elements. As the full rotat...
In the paper, starting from Gel’fand-Yaglom approach a new 20-component wave equation for a spin ½ f...