I am Bob Grost from Cerious. Just wanted to clear some things up! Graphene is used in our cables as part of a complex composite conductor. Whenever you have multiple strands in a conductor electrons will stay "attached" to a single strand until you get a transient which has significant energy and the electron will then "jump" from strand to strand. This is how semiconductors works. There are 2 problems here. The first is that this characteristic causes time smear which gives the cable differing properties with amplitude. In simple terms the cable behaves one way with quiet music and another with loud music. The second problem is that music is ALL transients. In real world cases virtually all "standard" cables (even those that are $10,000 a set...) behave one way for the melody line and another for ambient fields that are 25 db quieter than the main instrument. This leads to "Audiophile sound" where the ambient wave is clearly heard as a separate signal. For years this was thought to be a positive aspect of high level systems because it showed their "resolving" power.
In live music, however, the ambient element is PART OF the main field. It is EXPERIENCED, not HEARD. The Audiophile experience was limited to hearing that the stand up Bass in the trio can be clearly heard that it SHOULD be 15 feet back in the image - because you can hear the ambient wave clearly - even though it is only experienced 5 feet behind the plane of the speakers as a musical experience. Not only is this not realistic, but causes stress as your brain is telling you two different realities about the same sonic event in real time. Graphene Extreme cables allow you to experience the stand up Bass as a consistent sonic event that is 15 feet behind the plane of the speakers as the main signal and its ambient field have identical sonic properties.
How is the Graphene used? Graphene particles are flooded into each conductor and then the Teflon jacket is heated to shrink the jackets forcing the particles into every minute gap and seam. Where there was a gap of air before between strands in the conductor there is now Graphene! The cable no longer behaves as a semiconductor because there is no air gap any longer. The conductor behaves like a single strand conductor, only it is linear to 4 Gigahertz...We produce the Graphene ourselves in house to control costs. Hope this helped!
BG
In live music, however, the ambient element is PART OF the main field. It is EXPERIENCED, not HEARD. The Audiophile experience was limited to hearing that the stand up Bass in the trio can be clearly heard that it SHOULD be 15 feet back in the image - because you can hear the ambient wave clearly - even though it is only experienced 5 feet behind the plane of the speakers as a musical experience. Not only is this not realistic, but causes stress as your brain is telling you two different realities about the same sonic event in real time. Graphene Extreme cables allow you to experience the stand up Bass as a consistent sonic event that is 15 feet behind the plane of the speakers as the main signal and its ambient field have identical sonic properties.
How is the Graphene used? Graphene particles are flooded into each conductor and then the Teflon jacket is heated to shrink the jackets forcing the particles into every minute gap and seam. Where there was a gap of air before between strands in the conductor there is now Graphene! The cable no longer behaves as a semiconductor because there is no air gap any longer. The conductor behaves like a single strand conductor, only it is linear to 4 Gigahertz...We produce the Graphene ourselves in house to control costs. Hope this helped!
BG