Nuclear Transmutation

                                          Chemical Energy

The way that scientist convert energy are either by endothermic or exothermic. More specifically, the quantum foam, which is inside of the atom, but inside surrounding the nucleus are the neutrons and photons. Quarks and electrons hold together the atom with magnetic fields, the magnetic trap is what it’s necessitated. Within are quarks that make up the matter.  But finally a fundamental particle called the higgs boson, mainly what I was getting to. The higgs boson is surrounded by the fermion (light weight) and the boson (heavy weight). Because leptons and quarks make up a fermion, magnetism and electricity make up the higgs boson, it’s one quantum spin according to the vector boson. So to put in perspective, say you have for example a Starbuck’s (W) next to a Jack in Box (Z), (by the way, it’s actually called the W and Z bosons), the W would transform into the Z by slowing down time or tachyons and gravitons in gravity. That’s why the fermion is the lightweight because it it breaks the speed of light. When the W boson is slowed down, the mass increases to somewhere between 125 and 126 electron volts.{one electron volt is 1.6×10−19}  So the quark slows down to create matter because the higgs boson is so fast. If you go into the dark energy section, that’s exactly what happens there by slowing time and gravity down enough for atoms to multiply. The famous E = mc2, explains how matter is made by energy and light (speed). Go deeper than that and the higgs boson appears. It’s symmetrical to any way you can think, everything leads back to the atom and higgs boson. Just for a little comparison, take a billion times a trillion. What would you get? A very big number that not even the Titan supercomputer can do. But take that answer and and put it in a fraction so 1/ the answer {of a second}. That’s how fast a higgs boson is when it appears and disappears.
But let’s just say you take two photons and crush them together (TPA). You would get a bigger particle obviously, but the energy increases the heat because the electron is towards the outside of the atom which is going positive which creates even more energy unlike if you take out a positronium which is the basically an anti-electron, it will decrease energy by heat, not an “exotic atom”.
Now that that’s cleared up with the energy properties, then it leads to actually converting the particles into energy without creating cherenkov radiation because that creates other issues affix with noxious radiation. Now, nuclear transmutation is when you convert one element into another creating excess vigor. So when you take an atom and cleft it, that releases types of kinetic energy or mainly you get ionizing radiation which could possibly, if you saturate it good enough, have a cosmic ray (not out of the radioluminescence or if it’s in cold temperatures, luminescence, but having chemical actions relating to hotter electromagnetic radiation (incandescence). But other than the quote “To every action there is always opposed an equal reaction”, in nuclear transmutation and nucleosynthesis, they are common in a way because they are both either multiplying fundamental particles or changing it to another. It has to do with quark-gluon plasma or sometimes releasing radiogenic nuclide which is produced by radioactive decay. If you were standing on mercury and the sun’s radiation is harmful enough or eventually will is called inverse-square law because the amount of radiation being sent to you, see the mithridatism is the practice that’s against toxins like that.
If you go back to the beginning of the universe, when the Big Bang happened (on theory), there was and is an opposite particle(s) called baryogenesis for the creation of matter. Like I said before, the fermion is the lightweight particle so everything slows down for the matter to form. BUT, that doesn't mean everything slows down too. The time dilation is a slower area of relativity that is affected by photons and tachyons which travels faster the photons or light. And time never stops, it’s just that if you are ever traveling faster or slower than the tachyons, it would create a kind of strong/weak energy forces or possibly a type of wormhole or a vortex type of phenomenon because of negative absorption of electromagnetic radiation.  So if you slow down time, enough so you can just basicly grasp the higgs boson and pull it out of the atom, the profusion vigor would have enough energy to power the world for a few days but if it’s used mishandely, a big explosion will happen like a supernova exploding on a scale of saturn. The energy could be stored in a capacitance or a hypercube could be converted to work using the dielectric field. 
But that’s a lot energy to have, it’s just too dangerous to handle because one slip and basicly the earth disintegrates and possibly, a big rip will happen because of dark matter and wormhole fields, perhaps even connect with the andromeda galaxy. But somehow if we could change the primordial nuclide in geo nuclear physics and stable isotopes, that could help decrease the chance of it exploding by adding types of sulfur amino acids. But if there was a space station a long ways away. We could at least try it splitting it into groups using asymptotic freedom but again too much energy. But it would be a great way to help the environment.