Using measures of emotions to improve work climate, products and decisionmaking

Individual emotions can be measured and interactive patterns of emotions can be interpreted to provide insights about the emotional state of individuals. This article describes the merger of two disparate methodologies, one which provides the means for measuring emotions and another which provides for analysis of the complex patterns of emotions to produce meaningful interpretations. Traditionally, measures of emotions have been used in clinical settings for therapeutic purposes. In this paper we explore the use of measures of emotions for business purposes. Specifically we provide examples of how information about an individual’s emotions can be used to improve organizational climate, improve product design, and improve decision-making.decision-making, measuring emotions, nonlinear, product design.

Map of the Disputed Territory Reduced from the Original of Messrs. Featherstonhaugh & Mudge, British Commissioners 1839

Map showing the disputed region of the Maine-Canadian boundary that lead to the Aroostook War, 1838-1839.https://digitalcommons.library.umaine.edu/mainebicentennial/1113/thumbnail.jp

Power scalable TEM(oo) CW Nd: YAG laser with thermal lens compensation

We present finite-element analyzes and experimental results to validate our approach for building high-power single-mode Nd:YAG lasers. We show that the thermooptical and thermomechanical properties of a slab laser can be controlled. This is essential for the use of the proposed unstable resonator. We include demonstration of an efficient subscale laser operating at 20 W TEM00.D. Mudge, M. Ostermeyer, P. J. Veitch, J. Munch, B. Middlemiss, D. J. Ottaway and M. W. Hamilto

Altered dietary salt intake for people with chronic kidney disease (Review)

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Echolocation detections and digital video surveys provide reliable estimates of the relative density of harbour porpoises

Acknowledgements We would like to thank Erik Rexstad and Rob Williams for useful reviews of this manuscript. The collection of visual and acoustic data was funded by the UK Department of Energy & Climate Change, the Scottish Government, Collaborative Offshore Wind Research into the Environment (COWRIE) and Oil & Gas UK. Digital aerial surveys were funded by Moray Offshore Renewables Ltd and additional funding for analysis of the combined datasets was provided by Marine Scotland. Collaboration between the University of Aberdeen and Marine Scotland was supported by MarCRF. We thank colleagues at the University of Aberdeen, Moray First Marine, NERI, Hi-Def Aerial Surveying Ltd and Ravenair for essential support in the field, particularly Tim Barton, Bill Ruck, Rasmus Nielson and Dave Rutter. Thanks also to Andy Webb, David Borchers, Len Thomas, Kelly McLeod, David L. Miller, Dinara Sadykova and Thomas Cornulier for advice on survey design and statistical approache. Data Accessibility Data are available from the Dryad Digital Repository: http://dx.doi.org/10.5061/dryad.cf04gPeer reviewedPublisher PD

ACIGA laser technology: 10W and 100W

http://admdbsrv.ligo.caltech.edu/meetings/lsc_default_closed.htf?meetingid=25http://www.ligo.caltech.edu/docs/G/G060104-00/G060104-00.pd

Compensation of Strong Thermal Lensing in High Optical Power Cavities

In an experiment to simulate the conditions in high optical power advanced gravitational wave detectors such as Advanced LIGO, we show that strong thermal lenses form in accordance with predictions and that they can be compensated using an intra-cavity compensation plate heated on its cylindrical surface. We show that high finesse ~1400 can be achieved in cavities with internal compensation plates, and that the cavity mode structure can be maintained by thermal compensation. It is also shown that the measurements allow a direct measurement of substrate optical absorption in the test mass and the compensation plate.Comment: 8 page