Reconnecting coloured dipoles

Reconnecting Coloured Dipoles

Reconnections among the produced colour dipoles in the Dipole Cascade Model are discussed, and an implementation in the Ariadne program is presented. The reconnections are shown to have only small effects on event shapes at LEP 1, on the W mass determination at LEP 2 and on rapidity gaps in deep inelastic scattering at HERA. Submitted to Z. Phys. C CERN–TH/95–218 August 1995

Ecobelts: Reconnecting Agriculture

ZONE OF TENSION Historically, landscapes graded from urban centers to scattered villages, to a diverse mosaic of farmlands and natural areas (Figure 1). This gradient allowed both a visual and physical transition while maintaining ecologic, economic, and social connections within the larger landscape. Conflicts between urban and rural residents were minimal, in part due to the limited interface...

Reconnecting Eye to Brain.

Although much is known about the regenerative capacity of retinal ganglion cells, very significant barriers remain in our ability to restore visual function following traumatic injury or disease-induced degeneration. Here we summarize our current understanding of the factors regulating axon guidance and target engagement in regenerating axons, and review the state of the field of neural regener...

Reconnecting flux-rope dynamo.

We develop a model of the fluctuation dynamo in which the magnetic field is confined to thin flux ropes advected by a multiscale model of turbulence. Magnetic dissipation occurs only via reconnection of the flux ropes. This model can be viewed as an implementation of the asymptotic limit R_{m}-->infinity for a continuous magnetic field, where magnetic dissipation is strongly localized to small ...

Reconnecting education and practice.