Duncan N Shikuku, Hauwa Mohammed, Lydia Mwanzia, Alice Norah Ladur, Peter Nandikove, Alphonce Uyara, Catherine Waigwe, Lucy Nyaga, Issak Bashir, Eunice Ndirangu, Carol Bedwell, Sarah Bar-Zeev, Charles Ameh
Evaluation of the feasibility of a midwifery educator continuous professional development (CPD) programme in Kenya and Nigeria: a mixed methods study
BMC medical education
manifold pure quantum states regarded complex projective space endowed unitaryinvariant fubinistudy metric according principles geometric quantum mechanics physical characteristics given quantum system represented geometrical features preferentially identified complex manifold construct number examples features arise state spaces spin 12 spin 1 spin 32 spin 2 systems pairs spin 12 systems study undertaken geometry entangled states locally invariant measure assigned degree entanglement given state general multiparticle system properties measure analysed entangled states pair spin 12 particles specification quantum hamiltonian resulting schrdinger trajectories induce isometry fubinistudy manifold hence also isometry energy surfaces generated level values expectation hamiltonian generic quantum evolution corresponding killing trajectory quasiergodic toroidal subspace energy surface initial state dynamical trajectory lifted orthogonally hilbert space induces geometric phase shift wave function uncertainty observable given state length gradient vector level surface expectation observable state fact allows us calculate higher order corrections heisenberg relations general mixed state determined probability density function state space associated first moment density matrix advantage general state applicability various attempts go beyond standard quantum theory admit natural phasespace characterisation