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Underground dance music -- History and criticism. --- Underground dance music -- Production and direction. --- Compositie --- Improvisaties --- Technologie --- Computermuziek

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Les chansons de Britney Spears, Rihanna ou Katy Perry reposent sur l’expertise d’une poignée de producteurs et d’entrepreneurs relativement méconnus, qui répondent au nom de Denniz PoP, Dr. Luke, Max Martin ou Stargate. Qui sont ces artisans des hits mondiaux ? Comment travaillent-ils ? Quels sont leurs cahiers des charges ? Avec cette enquête vivante et richement documentée, John Seabrook nous plonge au cœur des studios d’enregistrement, là où se fabrique — et s’impose — la norme en matière de musique pop. Son analyse des tubes planétaires mêle approche ethnographique, savoir-faire musicaux, récits de vie et analyses du marché. Multipliant les points de vue, Hits ! Enquête sur la fabrique des tubes planétaires est un document exceptionnel pour la réflexion sur les musiques populaires actuelles

Music trade --- Sound recording industry --- Popular music --- Production and direction --- Meilleures ventes (musique) --- Industrie de la musique et du son. --- Musique populaire --- Enregistrements sonores --- Production et édition. --- Sound recordings --- Disques --- Economic aspects --- Aspect économique --- Production et réalisation --- Industrie de la musique et du son --- Production et édition --- Aspect économique --- Production et réalisation --- Popular music - Production and direction --- Economic aspects.

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Sound studios --- Sound --- Sound recording industry --- Popular music --- Sound recordings --- Recording studios --- Studios, Recording --- Studios, Sound --- Rooms --- Audio discs --- Audio recordings --- Audiorecordings --- Discs, Audio --- Discs, Sound --- Disks, Sound --- Phonodiscs --- Phonograph records --- Phonorecords --- Recordings, Audio --- Recordings, Sound --- Records, Phonograph --- Records, Sound --- Sound discs --- Audio-visual materials --- Music, Popular --- Music, Popular (Songs, etc.) --- Pop music --- Popular songs --- Popular vocal music --- Songs, Popular --- Vocal music, Popular --- Music --- Cover versions --- History. --- Recording and reproducing --- Production and direction --- History --- Sound recordings - Production and direction - History --- Popular music - Production and direction - History --- Sound recording industry - History --- Sound - Recording and reproducing - History --- Sound studios - History

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The study of the acoustic and vibrational characteristics of musical instruments in terms of their mechanical behavior, sound emission, and characteristics started thousands of years ago, and among the physicists and mathematicians that addressed this matter, we should at least recognize Leonardo da Vinci, with his experimental water organ, and Ernst Chladni, who discovered nodal patterns on rigid surfaces such as soundboards. The growing awareness of our intangible cultural heritage and the need to better understand our roots in the field of music have contributed to increasing the efforts to extend our knowledge in this field, defining new physical parameters, extending the analysis to other musical instruments, and developing new methods to synthesize sound from musical instruments using a simple keyboard.

Music --- musical haptics --- piano --- auditory feedback --- tactile feedback --- binaural audio --- keyboard vibrations --- measurement --- recording --- autoclave --- out-of-autoclave --- vacuum-bag-only --- processing --- CFRE --- plates --- modal --- dynamic --- musical instruments --- intensity of acoustic radiation --- modal analysis --- Persian musical instruments --- sound efficiency --- intensity of acoustic radiation (IAR) --- Carabattola --- feature extraction --- timbre modeling --- auditory perception --- timbre space --- Palaeolithic --- Mousterian --- Neanderthals --- musical instrument --- Divje babe I --- microphone array --- wave field synthesis --- acoustic holography --- sampler --- synthesizer --- dynamic range compression --- music production --- semantic audio --- audio mixing --- 1176 compressor --- FET compression --- listening experiment --- musical haptics --- piano --- auditory feedback --- tactile feedback --- binaural audio --- keyboard vibrations --- measurement --- recording --- autoclave --- out-of-autoclave --- vacuum-bag-only --- processing --- CFRE --- plates --- modal --- dynamic --- musical instruments --- intensity of acoustic radiation --- modal analysis --- Persian musical instruments --- sound efficiency --- intensity of acoustic radiation (IAR) --- Carabattola --- feature extraction --- timbre modeling --- auditory perception --- timbre space --- Palaeolithic --- Mousterian --- Neanderthals --- musical instrument --- Divje babe I --- microphone array --- wave field synthesis --- acoustic holography --- sampler --- synthesizer --- dynamic range compression --- music production --- semantic audio --- audio mixing --- 1176 compressor --- FET compression --- listening experiment