Solution to Aquygen Gas Problem.  This is my current best guess of what is going on with the HHO or aquygen gas.  I studied some nuclear physics in graduate school (at a cyclotron) but I think that the proper solution to the aquygen problem depends neither upon ordinary chemistry nor upon ordinary nuclear physics.  I think that the solution hinges upon an ignored academic subtlety (the internal rotations of nuclear ground states) as influenced by the two-part gravitons.  The situation shouldn't be especially hard to understand, if one knows about the Bessler principle.  The Bessler principle may be used to explain many unusual phenomena.  See my Internet site http://www1.iwvisp.com/LA4Park/ for explanations of various phenomena.  To link to the URLs that I am listing, one would need to copy the link, paste the URL into a browser, possibly edit the link (if it needs any correction associated with the link being deactivated by me inserting a "*" or a " ", by say removing any unwarranted *s or spaces), and go there.  As a new member of JREF with this my first post on JREF and thus fewer than 15 posts there, I am prohibited from directly linking to URLs.  I am planning on posting this file http://www1.iwvisp.com/LA4Park/HHO_Solution.txt within the JREF site (http://forums.randi.org/showthread.php?t=56705 probably on page 11, #419).  I can update my HHO_Solution.txt file, if I want to record other ideas on the subject.  AEP - 25 Mar 2011

A Difference Between Gases.  First of all, I think that aquygen is not Brown's gas.  I understand from the above listed JREF thread that if one bottles Brown's gas, that the gas would remain as Brown's gas.  I suspect that if one bottles aquygen at room temperature and pressure, that some of this gas would cause water to condense into liquid water and the rest of the gas would change predominately into water vapor.  The gas would be stable until it is rotationally moderated.  One can take that as a hypothesis, until it is either shown experimentally or refuted.  AEP - 25 Mar 2011

Aquygen Molecular Structure.  I suspect that the three atoms in HHO or aquygen are all together, with the bonding between the hydrogens being a particular magnetic bonding assisted by the presence of Coulomb screening or shielding electrons between them.  I think aquygen could be stable with HHO linked together into a circle or more precisely into an isosceles triangle.  The angles should depend upon how much magnetic attraction there is between the hydrogen atoms.  I suspect that the two hydrogen atoms are somewhat "horizontal", according to the line between the two hydrogen nuclei.  The nucleus of an ordinary hydrogen atom is a proton.  The protons have parallel pointing nuclear magnetic moments (with both pointing in the same direction along the line between the protons, and each initially +2.79278 nuclear magnetons prior to formation of aquygen) in somewhat a "horizontal" direction so that they are somewhat perpendicular to the direction that many gravitons are coming from.  The nuclear magnetic moments would point in the same direction, since a north magnetic pole would be attracted in stable fashion to a nearby south magnetic pole.  The prevalent (ie. 99.759% abundant) oxygen-16 nucleus initially does not have a nuclear magnetic moment (ie. 0 nuclear magnetons) and I think that it would not acquire much of a nuclear magnetic moment.  The protons would be magnetically attracted toward each other but would not get too close to each other because of Coulomb repulsion.  The protons should rotationally be rotating at about the same rate.  They are rotationally moderated by their surroundings.  AEP - 25 Mar 2011

Energy Acquisition within Aquygen Molecule.  When the molecules of the gas are isolated so that they are not rotationally moderated by their surroundings, then each rotating proton should be able to acquire greater rotational kinetic energy via the Bessler principle (especially if it initially started to rotate because of the presence of heat and/or rapidly fluxuating magnetic fields).  Protons can possibly be internally rotated most easily by rotating magnetic fields (think of a spark for example), as they are the nucleus with the largest value of nuclear magnetic moment divided by moment of inertia.  The protons could become highly rotating nuclear ground states.  The more rapid the rotations of the nuclear ground states of the protons, the stronger the nuclear magnetic moments and the more internal proton rotational kinetic energy is picked up from the two part gravitons.  Each proton can then become a very rapidly rotating nuclear ground state.  It is by asymmetric time-delayed two-part-graviton attractive-absorptions within internally rotating nuclei that extra internal rotational kinetic energy would come from the energetic gravitons.  The excess energy does not come from chemical reactions.  The excess energy comes from two-part graviton reactions.  There might be some mutual rotation of the hydrogen pair with respect to the oxygen, which would prohibit the curious molecule from being a liquid (until it is sufficiently rotationally moderated).  The gross rotation of the molecule would not prohibit the hydrogen pair from continuing to have their nuclear magnetic moments point in a consistent direction (parallel to the rotational axis of the molecule as a whole).  AEP - 25 Mar 2011

Aquygen Molecule Breakup.  When the molecule as a whole and the protons individually within the molecule are all rotationally cooled off enough, the nuclear magnetic moments begin to return to their normal amounts which would reduce the magnetic attraction between the two protons (and the magnetic bonding disappearing).  At some point the hydrogen atoms could separate and form normal water molecules (with larger bond angles with respect to the oxygen).  If the protons retain some slight extra internal rotation upon condensing, they might have some slightly different properties than "normal" water.  The two hydrogen atoms might also on some occasions retain enough internal rotations within their protons so that the magnetic bond between the hydrogen atoms could be maintained in the liquid state.  AEP - 25 Mar 2011

Related Information.  See my article http://www1.iwvisp.com/LA4Park/GravitySummaryNews.txt and the nine associated figures (all located on my Internet site http://www1.iwvisp.com/LA4Park/) for more information about gravity and the Bessler principle.  I suggest that people read the parts of my GravitySummaryNews.txt article that are of interest to them.  It should have been sent to many news organizations around the world.  If one wants to analyze this situation properly, one better have the Bessler principle in one's toolkit.  The Bessler principle is a fundamental friction masked mechanical property of all wheels rotating about horizontal axes.  See my explanations why the Bessler principle causes the laws of thermodynamics to be invalid at times.  There is no way to sufficiently isolate or block any system from energetic two-part gravitons.  See my explanation of why gravitational forces are so much weaker than the ordinary unpaired electric forces.  Gravitons may be weak but they are extremely penetrating and thus can be very powerful (especially to masses previously rotating with large rotations about horizontal axes).  The Bessler principle may be used to explain many other unusual phenomena.  I plan to post various Bessler principle related things on the Bessler wheel site (of http://www.besslerwheel.com/ also under a login/user name of AldenPark).  AEP - 25 Mar 2011