Re: [Vo]:This recent Palladium alloy is one of strongest alloys evermade
Am 15.12.19 um 15:36 schrieb JonesBeene: Magnetic pulsing - at large flux - would seem to be falsifiable, even in a small electrolysis cell - using a magnetometer or even a pickup coil. Any net input > 2keV/atom is hot fusion with classic results. This also holds for magnetic pinch delivered energies. As SO(4) physics shows all nuclear mass is at least built of 2 rotation flux. This is also conform with the classic EM wave modeling with 2 spherical harmonics. Polarized photons as used in Holmlids case can directly attach to the nuclear 2 wave structure, but a single magnetic pinch only induces one rotation. I would try two orthogonal pinches whenever! But be aware of the phase! J.W. -- Jürg Wyttenbach Bifangstr.22 8910 Affoltern a.A. 044 760 14 18 079 246 36 06
RE: [Vo]:This recent Palladium alloy is one of strongest alloys evermade
From: Jürg Wyttenbach ➢ A LENR reaction producing 4-He (alpha) from D*-D* does not emit kinetic alphas as there is no momentum available. All nuclear magnetic flux is symmetric! Is there physical evidence for this result ? Magnetic pulsing - at large flux - would seem to be falsifiable, even in a small electrolysis cell - using a magnetometer or even a pickup coil. If I understand your theory, a magnetic pulse would presumably follow a peak in deuterium loading, such as following an electric pulse to the cahtode as a trigger to the reaction, no? If so, this flux should be measurable to validate your theory. Moreover - if a large pulse of magnetic flux follows electrical stimulation, or even from a Holmlid-like laser pulse, then there is an overlooked way to convert this kind of output into alternating current using nothing more complicated than an induction coil. Jones
