Student Intellectual Property Issues on the Entrepreneurial Campus

This article examines issues that are more frequently arising for universities concerning intellectual property in student inventions. It seeks to identify the issue, explain the underlying law, identify actual and proposed solutions to these issues, and explain the legal ramifications of these potential solutions

Student Intellectual Property Issues on the Entrepreneurial Campus

This article examines issues that are more frequently arising for universities concerning intellectual property in student inventions. It seeks to identify the issue, explain the underlying law, identify actual and proposed solutions to these issues, and explain the legal ramifications of these potential solutions

On the number of prime order subgroups of finite groups

Let G be a finite group and let ?(G) be the number of prime order subgroups of G. We determine the groups G with the property ?(G)??G?/2?1, extending earlier work of C. T. C. Wall, and we use our classification to obtain new results on the generation of near-rings by units of prime order

Motion coherence and direction discrimination in healthy aging

This work was supported by a BBSRC grant to KSP (BB/K007173/1). Commercial relationships: none. Corresponding author: Karin S. Pilz. Email: [email protected]. Address: School of Psychology, William Guild Building, University of Aberdeen, Scotland, UK.Peer reviewedPublisher PD

Behavioural evidence for distinct mechanisms related to global and biological motion perception

This work was supported by a Biotechnology and Biological Sciences Research Council grant to KSP (BB/K007173/1).Peer reviewedPublisher PD

Infrared broadband source from 1000nm to 1700nm, based on an Erbium, Neodymium and Bismuth doped double-clad fiber

A Nd3+, Er3+ and Bi3+ doped double-clad fiber (core diameter of 25.5μm, cladding diameter of 125μm) with a broad infrared emission has been fabricated based on technique of dry granulated oxides and investigated. Upon the excitation with a 800nm cw pump source all of the three dopant materials showed fluorescence in the infrared region of interest (1000-1700nm). The observed emitted fluorescence power was measured to be 659μW. Changing the pump wavelength to 976nm led to a fluorescence of only Er3+ and Bi3+ and a broadening of the Bi3+ emission peak. The maximal measured fluorescence output power was 1.42mW, when pumped at 976nm

Visual attention, biological motion perception and healthy ageing

Open Access via Springer Compact Agreement This study was funded by a grant from the Development Trust to Karin S. Pilz and Louise H. Phillips.Peer reviewedPublisher PD