@axil
Moving the goalposts does not answer the question.
ie: How does one go about utilizing Teleportation via worm hole to move a neutron from one atom to another intentionally, in an energy gainful way, without leading to a runaway event or a radioactive mess?
Radioactivity is caused by an unstable isotope that is energetically excited. If energy can be transferred within the same system, then an unstable condition is avoided. In a cluster fusion LENR reaction, the cause of LENR which is the Bose condensate entangles both the source of the neutron and the destination of the neutron. The energy of the reaction is moved via entangled teleportation from the site of the nuclear reaction to the Bose condensate where it is stored. There is no excitation energy that persists between the source of the neutron and the destination of the neutron, so the fusion reaction results in a stable condition which produces the lowest energy situation.
The neutron is transferred between the sources of the neutron to the destination of the neutron via entangled matter transfer under the auspicious of the entanglement generated by the Bose condensate.
In the Lugano ash particle that was analyzed to be composed of pure Ni62, there were trillions of nickel atoms involved in that cluster fusion reaction. There is a natural assumption all of us will make assuming that the buildup of lithium and nickel isotopic change in the ash happened at a relatively constant rate over a long period of time. Specifically, neutrons from Lithium 7 was removed from the lithium and transferred to the nickel.
Specifically in the Lugano test, this 1000 micron nickel particle swapped either 1, 2, 3 or 4 neutrons from lithium 7 from individual lithium atoms and Ni64 atoms to get to pure Ni62 from destination Ni58, Ni60 and Ni61 and this swap happened to all trillion atoms of the that particle in one monolithic fusion reaction. This is what this latest theory cannot explain. This is called cluster transformation.
This is called super-absorption. The energy release would be spread equally throughout a BEC of a billion coherent solitons throughout the globalized BEC with each member of the aggregation getting a few hundred thousand electron volts each. These solitons store energy energy produced by nuclear reactions that are gradually released through Hawking’s radiation.
Their global BEC member is an individual soliton with an energy holding capacity of 64 GeV each but most hold far less. Then there is the energy that produces subatomic particles such as muon and mesons. These particles need a lot of energy devoted to their creation. The release of energy is buffered by these subatomic particles because they have a relatively long lifetime. Muons decay over a very long time and release their energy content very slowly.
The energy from muon decay leaves newly created electrons and the remainder of this energy is reabsorbed back into the SPP soliton. All the while more muons are generated in a continuing cycle from the SPPs. The Solitons are also slowly decaying through the emission of hawking radiation in the infrared range, This is part of the thermalization of high energy radiation. Also, these SPPs can explode in a bosenova if their energy storage capacity is reached; they then release XUV and soft x-rays which will also thermalize through normal atomic processes.
But what may have happened is a onetime explosive reaction where lithium and nickel interacted in a singular and monolithic event involving trillions of atoms. Such an event was seen in Holmlid's experiment where billions of fusion reactions produced huge numbers of neutral particle reaction products per laser shot.
Just by chance, the analysts of the isotopic change in the Lugano ash content picked up this one in a million 1000 micron nickel particle as the object of their examination.
This one particle was so unusual that it is near impossible for it to be fabricated by someone who wanted to salt the ash sample.
The salter would have had to remove the 1000 micron fuel particle and replace it with the Ni62 and Li6 coated ash particle. The fuel was divided into parts where some was reserved for latter isotopic analysis and another part was loaded into the reactor.. The devil is in the details when the method of scam is considered.
We must try to understand how a massive burst LENR reaction involving trillions of atoms can occur in a single event, and how a single isotope can result from many different precursors that fed into this singular reaction.