The CERN Large Hadron Collider LHC (2017) is said to accelerate two adjacent proton beams, propagating in opposite directions to the velocity of .99c that protons originates from a duoplasmatron that forms the proton beam used in the LHC where the proton beam is formed by hydrogen gas that is ignited using a 22 kV arc but positively charged protons attracted to the negatively charged duoplasmotron grid would collide with the 22 kV grid surfaces preventing the formation of the proton beam. Also, the oscillating RF cavity accelerates the ostensible protons with every pass to achieve an energy of 6.4 TeV and velocity of .99c for each of the accelerated proton beams propagating in opposite directions. After approximately 100,000 passes, the two adjacent accelerated proton beams, propagating in opposite directions, are combined within the interior structure of the Atlas detector to form a head on proton-proton collision that is used to form the LHC subatomic particles but the RF cavity LRC circuit cannot oscillate fast enough to form the .99c velocity of the proton beams since the electrons of the RF cavity surfaces propagate at the maximum velocity of 106 m/s. Plus, the ATLAS detector is used to detected the existence of subatomic particles that are being detected after the two adjacent proton beams are directed into a head on collision within the ATLAS resulting the formation of the subatomic particles that propagate within the 7,000 ton steel structure of the ATLAS detector but subatomic particles that have a mass cannot propagate through the steel structure of the ATLAS. Rutherford gold foil experiment is used to justify subatomic particles propagating through the steel structure of the ATLAS but alpha particles cannot propagate through steel. Cosmic rays are used to justify subatomic particles propagating through steel but a muon that compose a cosmic ray is 200 times more massive than an electron that cannot propagate through a single sheet of paper.

Wilson (1911) cloud chamber is used to justify the existence of the protons that are said to form alcohol tracks. The Wilson cloud chamber contains a radium isotope that forms the alcohol tracks but radium results in numerous different types of particle emissions such as gamma emissions, photon emissions, electron emissions, proton emissions, alpha decay, beta emissions, neutron emissions, and cluster decay yet the Wilson cloud chamber is said to only be detecting protons which violates logic since radium is emitted a variety of different nuclear derived particle emissions. The Lawrence cyclotron (1929) is used to justify the existence of a proton beam but during the acceleration process, the negative polarity of the oscillating polarity (+/-) dee halves would attract the positively charged protons to the negatively charged dee halve and eliminate the protons propagating within the cyclotron preventing the formation of a proton beam. Plus, the cyclotron protons are formed by a radium isotope placed at the center of the cyclotron but it is highly unlikely that extremely unstable protons can be manipulated in the formation of a proton beam, and, protons are formed by the secondary decay of radon gas that is formed by the decay of the radium isotope but the radon gas cannot be contained within the open system of the cyclotron. Lawrence cyclotron proton beam is represented with a blue light beam (fig 19) which proves the cyclotron proton beam is fictional. The duoplasmatron forms the proton beam used in the Fermilab and LHC particle accelerators. The duoplasmatron proton beam is produced by hydrogen gas that is ignited using a 22 kV arc but positively charged protons attracted to the negatively charged duoplasmatron grid would collide with the 22 kV grid surfaces preventing the formation of the proton beam. Also, it is highly unlikely that protons which originate from the nucleus form the stability required in the production of a proton beam. Proton beam therapy is used to justify the existence of a proton beam but protons that have a mass 1,000 times greater than an electron would destroy human skin, tissue and bone in the path of the proton beam. The effects of proton beam therapy is formed by either or a combination of massless microwaves, X-rays, gamma rays or proton beam therapy is a placebo effect.