This noun names a technique developed by an Italian physicist for solving problems in Minkowski space by converting them into related problems in Euclidean space. For a free system, this action can be visualized using the invariable plane and an ellipsoid. This action is "unstable" for an asymmetric system when it corresponds to the intermediate eigenvalue of the inertia tensor. (*) Euler's three equations of motion describe this process for a three-dimensional rigid body. Time derivatives of vectors in frames undergoing this kind of motion can be expressed using the Coriolis theorem. For 10 points, name this type of motion in which a body sp
This noun names a technique developed by an Italian physicist for solving problems in Minkowski space by converting them into related problems in Euclidean space. For a free system, this action can be visualized using the invariable plane and an ellipsoid. This action is "unstable" for an asymmetric system when it corresponds to the intermediate eigenvalue of the inertia tensor. (*) Euler's three equations of motion describe this process for a three-dimensional rigid body. Time derivatives of vectors in frames undergoing this kind of motion can be expressed using the Coriolis theorem. For 10 points, name this type of motion in which a body spins about an axis.
This noun names a technique developed by an Italian physicist for solving problems in Minkowski space by converting them into related problems in Euclidean space.