Fail Worse; Fail Better. Ivan Hewett on the Music of Richard Barrett

Hewett, I.; Barrett, Richard

doi:10.2307/1002901

Cited by 5 publications

(4 citation statements)

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“…Elsewhere, Hewett returns to this topic. Alarmed by the notion that classical music – which in the context of his remarks means contemporary music – might become ‘invisible and ubiquitous at the same moment’, Hewett posits a choice: ‘either to keep faith with classical music, and reanimate it so that it stays a living art; or be faced always with its ghost, murmuring at us from restaurant loudspeakers and CD shops and TV screens’ (Hewett 2003, 254). Yet both of Hewett's options, thus, demand a spectral presence: on the one hand stands the literally expressed ‘ghost’ – a virtual shadow of the music that was – but his alternative is one of re-animation.…”

Section: IIImentioning

confidence: 99%

Spectres of Darmstadt

Iddon¹

2013

Tempo

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The word ‘Darmstadt’ has come to stand for a broad set of discursive tropes: whether positive or negative, the word is often used as a convenient shorthand for organising ways of thinking about music in the post-war era. I suggest that, after the many symbolic deaths of the avant-garde, the word Darmstadt has come to function, too, as a sort of Lacanian Name-of-the-Father, an idea which need have little to do with the father ‘proper’: rather it is a structuring principle, one which authorises and delimits the boundaries of the known, the prescribed and proscribed world. I argue, too, that the death of that symbolic father, however it becomes extended and perpetuated, surely presages rupture and collapse within the symbolic order. From this position, I examine the ways in which various spectres of Darmstadt – borrowing from Derrida's Marxian hauntologie – return, both within the world of New Music and beyond.

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Section: IIImentioning

confidence: 99%

Spectres of Darmstadt

Iddon¹

2013

Tempo

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“…For a general review of how new physics affects this decay see Ref. [11]. The diagrams which contribute to this process are essentially the same as those for the SM with the W ± replaced by H ± .…”

Section: Constraints and Branching Ratiosmentioning

confidence: 99%

“…Model I [10] has received relatively little attention in the literature, although among other features allows the possibility of a H ± in the range of LEP2 [11] and the phenomena known as "fermiophobia" [12] → [16]. Fermiophobic Higgs bosons (H F ) are searched for actively at the Tevatron [17] and LEP [18], using direct production methods that make use of the ZZH F coupling.…”

Section: Introductionmentioning

confidence: 99%

Three-body decays of Higgs bosons at LEP2 and application to a hidden fermiophobic Higgs

Akeroyd

1999

Nuclear Physics B

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We study the decays of Higgs bosons to a lighter Higgs boson and a virtual gauge boson in the context of the non-supersymmetric Two-Higgs-Doublet-Model (2HDM). We consider the phenomenological impact at LEP2 and find that such decays, when open, may be dominant in regions of parameter space and thus affect current Higgs boson search techniques. Three-body decays would be a way of producing light neutral Higgs bosons which have so far escaped detection at LEP due to suppressed couplings to the Z, and are of particular importance in the 2HDM (Model I) which allows both a light fermiophobic Higgs and a light charged scalar. PACS numbers: 12.60.Fr 1 akeroyd@flamenco.ific.uv.es Tel/Fax 34-96-3864555

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“…The other process that we consider, b → sγ , vanishes at tree-level in the Standard Model due to the GIM mechanism, but can occur at one-loop through penguin diagrams. Since the Standard Model branching fraction depends on small GIM-violating effects, it has been suggested that this decay mode may provide a sensitive probe of physics beyond the Standard Model [9]. The recent measurement by the CLEO collaboration of the inclusive b → sγ decay width has yielded the bound M H + > 260 GeV for the charged scalar mass in type-II two-Higgs doublet models [10].…”

Section: Introductionmentioning

confidence: 99%

b → sγ and → b in technicolor with scalars

Carone

Simmons

1995

Physics Letters B

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We consider the radiative decay b → sγ, and the correction to the Zbb vertex in technicolor models with scalars. In these models, the scalar develops a vacuum expectation value when the technifermions condense, and the ordinary fermions develop masses via Yukawa couplings. Since the symmetry breaking sector involves both a fundamental scalar doublet and an isotriplet of composite scalars (the technipions), the phenomenology associated with the charged scalars is similar to that found in a type-I two-Higgs doublet model. We show that the correction to the Zbb vertex is small over the allowed parameter space of the model in the two limits that we consider, and that there can be large, potentially observable, contributions to the b → sγ branching fraction.

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Fail Worse; Fail Better. Ivan Hewett on the Music of Richard Barrett

Cited by 5 publications

References 0 publications

Spectres of Darmstadt

Spectres of Darmstadt

Three-body decays of Higgs bosons at LEP2 and application to a hidden fermiophobic Higgs

b → sγ and → b in technicolor with scalars

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