Subsequent Contemplation about Brown's Gas

Conference with chemistry proficient colleagues has encouraged me to re-entertain various reasonable theorizations of potential fundamental chemical, molecular, and atomic properties. My previous theory that Brown's Gas consists of various isomers and allotropes of hydrogen and oxygen is my primary focus for the time being. It all started several months ago with a front page article that was published in the Wall Street journal, on March 10, 2006 Pertaining to the research of Dr. Anders Nilsson. The article states contrary to traditional chemistry theory, water consists of a sea of atoms configured in varying ring and chain arrangements. This statement was based on Dr. Nilssons probing of a water sample with X-Rays producing a implicit image. It seems that Dr. Nilssion, at Stanford University, has empirically produced evidence that hydrogen and oxygen form various isomers and allotropes when in a liquid state. It is quite possible that a comparable case exists for hydrogen and oxygen in a gaseous state, and in such a case Dr. Nilsson will have produced empirical evidence that is consistent with widely purported claims that gaseous hydrogen and oxygen exhibit extraordinary properties. If various isomers and allotropes do indeed exist, there will be significant and substantial implications on chemical stoichiometry revealing the existence of relatively novel chemical reactions that consist hitherto un-defined, un-investigated, and scientifically un-probed phenomena.