I know what you are thinking—this isn't the typical news content we see on TechPowerUp. Yes, we do cover audio products with plenty of reviews here, including Audeze planar magnetic headphones. When Audeze mentioned there's a whole different thing coming up, and that it involves carbon nanotubes (CNTs), I was quite intrigued. Some of you may have picked it up by now, but all the neat toys I have access to and used in several reviews come because I am a research scientist by profession, with a specialization in carbon nanomaterials including CNTs. So this news post is about my attempt to help explain why the Audeze technology is such a big deal. This is not a review of the actual devices and neither is it a sponsored post, or even solicited by Audeze. It is purely me geeking out about a fairly novel use of CNTs in the audio world, especially when there have been CNT coatings on a few dynamic drivers before but barely put to the potential capable until now.

See, the whole reason the Audeze CRBN (Carbon, get it?) even came about is because an indirect research colleague of mine, Prof. Mark Cohen from the University of California, Los Angeles as well as his startup company SMRT Image, saw a need for a more calming influence for patients undergoing fMRI imaging, as well as better means for the technicians to communicate with said patients while they are inside an operating MRI machine. If you have ever been inside one, you would know that thing gets real loud with magnetic coils rapidly going around and clacking noises galore. Audeze is also based in California, and multiple years of research led to the development of the Audeze CRBN—starting off for medical applications and then coming out also as a high-end retail headphones experience based on the knowledge and IP gained in the process. Read past the break for more on the science and tech, if this is of interest to you!