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Cathodoluminescence Studies of Quantum Structures and III-V nitrides

Characterization of low-dimensional semiconductor structures is a challenging task. The thesis is based on experiments, using cathodoluminescence (CL) as a tool for characterization. The high spatial resolution and the possibility of spectroscopy of small structures make CL one of the most powerful techniques for these types of investigations. QDs were fabricated of InP on GaInP and InAs on GaAs b

Do retailers want innovations and if they do - how are they going to get it?

Consumers want innovations that fulfil present and future needs and to be delighted! Hence the main objective of an innovation is to create value for the consumer/customer by a product, process, service or combinations, but is also important for manufacturers, suppliers and society, to promote growth, create new markets, answer new needs etc. The retailers now have the power in the supply - and va

Mannequin Properties Desired for Ergonomic Evaluation of Car Interiors

Mannequin properties desired for ergonomic evaluation of car interiors Lars Hansson, Kenneth Holmqvist, Simon Sjölander, Giovanni Distante, Guiseppe Andreoni, Nicholas Colford, Tomas Engström, Gert-Åke Hansson, Roland Kadefors, Patric Petersson, Camilla Rigotti, Lena Sperling, Anders Sundin, Per Östman, Roland Akselsson The aim of this study was to simulate a future mannequin with real people in

On prediction of MIMO capacity performance with antenna magnitude patterns

This paper considers the impact of phaseless (or magnitude only) output antenna patterns on the performance of multiple antenna systems which employ impedance matching networks. In particular, correlation and capacity are used as performance metrics when the output patterns are with or without phase information. Two methods of synthesizing complex antenna patterns are also discussed and their perf

Laserteknik berättar elektronernas dramatik

Attofysik handlar om att öppna ögonen för en värld som vi länge vetat fanns men fram till nu inte har kunnat se – elektronernas värld. En värld av ofattbart små och snabba förlopp och fenomen. Utvecklingen av lasertekniken har kommit så långt att vi faktiskt har möjlighet att studera den världen.