http://en.wikipedia.org/wiki/Luttinger_liquid
This is almost exactly on-target for what we have been talking about in the aftermath of the Cooper/Seldon patent disclosure. QUOTE: Among the physical systems believed to be described by the Luttinger model are: 1) artificial 'quantum wires' (one-dimensional strips of electrons 2) electrons in carbon nanotubes A shortened name that comes to mind - at least for the electron variety is LEC or Luttinger electron condensate. In an experiment which is similar to the Seldon patent application, but different, we could prepare a colloid of (6,6) CNT in plain water, possibly with a potassium electrolyte, and freeze that water in a modest magnetic field. If - on receiving a coherent light pulse from a sodium vapor lamp, a strong fluorescence effect is seen which is upshifted to the Lyman-alpha hydrogen line (wavelength of 121.6 nm in the UV) from about 589 nm yellow of sodium- we have a good indication of an energy anomaly which can be incorporated into a 2 step experiment or used alone as an upshifting mechanism, if it is intense. Lyman-alpha astronomy is well known and specialized detectors are available - but any color-blind fool can usually distinguish violet from yellow. From: Kevin O'Malley What I call the Vibrating 1Dimensional Luttinger Liquid Bose-Einstein Condensate , the V1DLLBEC. We gotta think up a better name, especially if it will include solids. One big problem with any BEC theory is that "One experimental fact is that the observed reaction rate generally increases with temperature." http://en.wikiversity.org/wiki/Cold_fusion/Theory Well that detail (reaction rate generally increasing with temperature) would only be true of one (or a few) kinds of LENR and not every possible kind. In fact there could be 3-4 distinct kinds of BEC-LENR as a subset of LENR (which have been mentioned in the literature) and all four could be different in the details. One or two of these varieties could be temperature limited. In fact the temperature limited variety could be the easiest to prove, and if the output can be engineered to be photon emission in the visible range, it would possibly be valuable for alternative energy. Jones
