Choreography is an embodied and complex creative process that often relies on ‘co-imagining’ as a strategy in generating new movement ideas. Technology has historically been used as a tool to augment creative opportunities in choreographic process, with multiple choreographic support tools designed to function as a ‘blank slate’ for choreography. However, few of these tools support creative aut...

We investigate two fundamental steps of a nonadiabatic surface process, the photo-induced movement and approach of CO molecules on the Cu(111) surface, at a hitherto unachieved single-molecule level through scanning tunneling microscope imaging. For the close approach of two CO molecules, we not only determine the nonadiabatic diffusion barrier (87 meV), but also discover a femto-second-laser-i...

The characteristics of goal-directed actions tend to resemble those of previously executed actions, but it is unclear whether such effects depend strictly on action history, or also reflect context-dependent processes related to predictive motor planning. Here we manipulated the time available to initiate movements after a target was specified, and studied the effects of predictable movement se...

In this paper we discuss potential benefits and future directions in virtual reality rehabilitation for co-located motor training in children with developmental movement disorders. We discuss the potential for co-located VR to promote participation using cooperative virtual environments, facilitate social learning, and quantify levels of social interaction. We pay particular attention to the ca...

Irreversible magnetization reversal occurs either by coherent or incoherent spin rotation or by wall displacement. In electrodeposited Co-W, Co-Fe, and CooP 300--500-A. films, vibrating sample magnetometer hysteresis loop analyses indicate that magnetization reversal takes place by wall displacement. The formation and movement of domain walls has been put in evidence by Lorentz electron microsc...

Peroxisomes perform a range of metabolic functions which require the movement of substrates, co-substrates, cofactors and metabolites across the peroxisomal membrane. In this review, we discuss the evidence for and against specific transport systems involved in peroxisomal metabolism and how these operate to co-ordinate biochemical reactions within the peroxisome with those in other compartment...

We have developed an approach to detect and co"ect patient motion that occurs during SPECT imaging. The detection of patient motion is based on frame-to-frame matching, using phase-only matched .filtering (POMF). The co"ection procedure has been designed to co"ect any translational patient motion and alert the operator to other kinds of patient movement. The precision in co"ecting translational...

Naïve T cell activation requires the interactions of antigen receptors, adhesion molecules and co-stimulatory molecules. Antigen receptors and adhesion molecules are involved in spatio-temporal movement to form a stable immunological synapse. This stable junction interrupts T cell migration, and provides a platform for temporally regulated co-stimulatory receptor signaling spanning a period of ...

The effects of external resistance on the recruitment of trunk muscles and the role of intrinsic and reflexive mechanisms to ensure the spinal stability are significant issues in spinal biomechanics. A computational model of spine under the control of 48 anatomically oriented muscle actions was used to simulate iso-resistive trunk movements. Neural excitation of muscles was attained based on in...

Abstract Cooperative departments and organizations were a ubiquitous but rarely studied aspect of British colonial governance in the twentieth century. The Co-operative College Britain provided specialized training cooperation to students from across Empire. cooperative movement was key part emergence regimes development decades between 1920s 1960s, reflecting their emphasis on modular solution...