- test
particles in a
vacuum solution or
electrovacuum solution. the
magnetogravitic tensor B [ X → ] a b = ⋆ R a m b n X m X n {\displaystyle B[{\vec...
-
tidal or
electrogravitic tensor (which
represents tidal forces), the
magnetogravitic tensor (which
represents spin-spin
forces on
spinning test particles...
- X n {\displaystyle E[{\vec {X}}]_{ab}=R_{ambn}\,X^{m}\,X^{n}} the
magnetogravitic tensor B [ X → ] a b = ⋆ R a m b n X m X n {\displaystyle B[{\vec...
- {X}}]_{22}=E[{\vec {X}}]_{33}={\frac {1}{r}}{\frac {a'}{a\,b^{2}}}(r)} The
magnetogravitic tensor vanishes identically, and the
topogravitic tensor, from which...
-
particles experience isotropic tidal tension in the
plane of rotation. The
magnetogravitic tensor is B m ^ n ^ = − a 3 exp ( a 2 r 2 ) [ 0 1 0 1 0 0 0 0 0 ]...
-
Magnetocrystalline anisotropy Magnetogastrography Magnetogram Solar magnetogram Magnetogravitic tensor Magnetogravity wave
Magnetohydrodynamic drive Magnetohydrodynamics...
- {n}}}=q^{2}\,\sin(\omega u)^{2}\,\operatorname {diag} (0,1,1)} The
magnetogravitic tensor,
which directly represents the spin-spin
force on a gyroscope...
