In an unpublished manuscript that Zygmunt Bauman wrote around the year 2008, Bauman's overall theory of liquid modernity is sketched in relation to recent types of organization. He describes a shift from classical...
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In an unpublished manuscript that Zygmunt Bauman wrote around the year 2008, Bauman's overall theory of liquid modernity is sketched in relation to recent types of organization. He describes a shift from classical 'managerialism' to the 'experience economy', resulting in organizations characterized as eclectic and nonlinear. Ambiguous consequences of this transition follow for individual organization members. The most important trait of and expectation for liquidly modern employees will be their flexibility. Workplaces made seductive and attractive, with food, sport, bike racks and stylish informality, create a fragile cocoon for the elite of knowledge workers. For Bauman, such employees' materialize love and happiness by buying things, resulting in more working hours to gain the money required to purchase further things in a 'vicious circle'. The less qualified cannot access either these things or similar working conditions, which is one critical dimension of these recent transformations. Managerially, practices in flexible organizations continuously keep elite employees in a state of uncertainty and urgency. Bauman closes by embedding these tendencies of organizations' new voraciousness in his overall theme of liquid modernity, as he points to unintended consequences of lighter and more flexible organizational forms. The manuscript is accompanied by a commentary, in which Stewart Clegg, one of the leading scholars in recent attempts to connect Bauman's theory of liquid modernity with management and organization studies, contextualizes the work.
This paper, ‘A critical reflection on my learning and its integration into my professional practice’, was successfully submitted for a Master’s programme at the University of Bath (UK) in 2010, whilst Sally was wor...
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The NA62 experiment at CERN is aimed at measuring the ultra-rare decay K + → π + ν ν with 10% accuracy. One of the detectors that is crucial for the rejection of background events is the RICH detector: a gas based...
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The NA62 experiment at CERN is aimed at measuring the ultra-rare decay K + → π + ν ν with 10% accuracy. One of the detectors that is crucial for the rejection of background events is the RICH detector: a gas based detector aimed at π / μ separation in the 15–35 GeV/c momentum range with an inefficiency of less than 1%. The RICH must also provide a very precise time measurement (with the time resolution ∼100 ps) to correctly associate the π + with the parent K + particle measured by an upstream detector. This paper contains the detailed description of the RICH detector, its readout, and the results of the commissioning run at CERN in 2014.
Fluorescence and absorption spectra of hydrophobic sunscreens, weakly fluorescent octyl methoxycinnamate, moderately fluorescent octyl salicylate and highly fluorescent 2-ethylhexyl-4-(dimethylamino) benzoate (padimat...
Fluorescence and absorption spectra of hydrophobic sunscreens, weakly fluorescent octyl methoxycinnamate, moderately fluorescent octyl salicylate and highly fluorescent 2-ethylhexyl-4-(dimethylamino) benzoate (padimate O) adsorbed to dielectric microspheres in aqueous suspension, have been compared with spectra in organic solution. The fluorescence of adsorbed salicylate and padimate is enhanced compared with fluorescence in methanol: about a factor of 6 and 30 in terms of fluorescence yield per molecule of salicylate and padimate, respectively, Cinnamate, which has a low fluorescence yield, does not show a comparable fluorescence enhancement. The fluorescence amplification is independent of sphere diameter from 30 to 1500 nm, at least for salicylate. The enhancement, as well as the location of absorption spectral peaks, is consistent with a low-dielectric constant environment of the molecules, in spite of the presumed location near the interface between polystyrene (E = 2.4–3.8) and water (E = 78). The adsorbed state of these sunscreens represents a proposed improved in vitro model for the environment of sunscreens in vivo , as well as a general model for chromphores in heterogeneous environments.
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