![]() ![]() When used to manufacture the bodywork or the engine components of high-performance automobiles, magnesium’s light-weight properties help vehicles gain a competitive advantage in a speed contest. Magnesium’s stiffness-to-weight ratio is one of the reasons why the metal is used so much in high-performance automotive and even aerospace applications. With more than 40 years building superior loudspeakers under its belt, Focal’s engineering team also just gets it. In short, the materials that possess the ideal properties to accurately reproduce music’s natural transients in its full resolution will be the choice of engineers who are music lovers themselves: they just get it. As lovers of music, this affinity for materials deepens our appreciation for the effect materials have on our connections with recorded music. As audiophiles, this knowledge deepens the appreciation we share for the sound signatures of unique and rare materials. Still, there’s information encoded into musical expression the human body responds too in ways that science hasn’t even fully understood yet. This includes the perception of micro details in the music with improved transients and frequencies felt by the body even though they are technically beyond the range of normal human hearing. The material selected by a manufacturer for a headphone or speaker driver, for example, can determine that hairline difference in what users experience vs what they cannot hear, precisely. ![]()
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