Let’s take apart the Large Hydron Collider ( LHC )
There has been some talks between KrzYma and people on this forum about the physical nature of this Universe and how physics works.
Some think the main stream physics is still holding, and other who refuse those theories.
It looks like Electric Universe Theory is big in coming, even if people disagree..
I'm not taking part on any side, just telling my story here...
The "big thing" last decades is the Large Hydron Collider, and how it "proves" the current established theory is to be "true".
Proves have been given and denied, ...not surprising at all.
Here is my view, my opinion and my thoughts on this...
.. exceptional, as I'm not into arguing with anyone
we all shape our own reality in our heads!
This is the configuration of the LHC detectors.
“The heavy particles that scientists hope to produce in the LHC collisions are predicted to be very short-lived, rapidly decaying into lighter,
known particles. After a hard collision, hundreds of these lighter particles, for example electrons, muons and photons, but also protons, neutrons and
others, fly through the detector at close to the speed of light. Detectors use these lighter particles to deduce the brief existence of the new, heavy
First layer is made of detectors for electro magnetic waves ( so called photons ), a silicon tracker that is designed for the detection of ionizing
The second layer is made of detectors for charged particles (ECAL)
“Electromagnetic Calorimeter (ECAL) is the inner layer of the two and measures the energy of electrons and photons by stopping them
“Electromagnetic calorimeters measure the energy of electrons and photons as they interact with matter. Hadronic calorimeters sample the energy of
as they interact with atomic nuclei. Calorimeters can stop most known particles except muons and neutrinos”
Third layer is made of Hadron Calorimeter (HCAL)
“The HCAL is a sampling calorimeter meaning it finds a particle’s position, energy and arrival time using alternating layers of “absorber” and
fluorescent “scintillator” materials that produce a rapid light pulse when the particle passes through. Special optic fibres collect up this light
and feed it into readout boxes where photodetectors amplify the signal. When the amount of light in a given region is summed up over many layers of
tiles in depth, called a “tower”, this total amount of light is a measure of a particle’s energy.”
“Muons are the only particles that reach the outermost layers of the detector.“
The muon is an theorized particle similar to the electron, with an electric charge of −1 e and a spin of 1/2, but with a much greater mass
Those HCAL detectors are crystals, Stolize - PbWO2, that have optical transparency of glass combined with much higher density (8.28 g/cm3 vs ~2.2
g/cm3 for fused silica).
The detection is based on Cherenkov radiation, electromagnetic radiation emitted when a charged particle passes through a dielectric medium at a speed
greater than the phase velocity of light in that medium.
The fourth layer is a superconducting solenoid that makes the magnetic field inside the layers.
“The outer part of the detector, the iron magnet “return yoke”, confines the magnetic field and stops all remaining particles except for muons
and neutrinos. The muon tracks are measured by four layers of muon detectors that are interleaved with the iron yoke. The neutrinos escape from CMS
undetected, although their presence can be indirectly inferred from the “missing transverse energy” in the event.”
Fifth layer is the iron return yoke...
Here is what I think about this...
Unfortunately it can not be understand if one tends to keep some terms true, like constant speed of radiation, or not faster than C speed, photons are
travelling in space, and bunch of such established terms..
- Speed of radiation is not constant but depending on the medium ( field density )
- Radiation can be faster than that in vacuum in an excited field ( field reconfiguration )
- Nothing moves in a field but the charges, field slope propagates. ( field reconfiguration )
- Only acceleration of charged particles endorse a change in the magnetic field
- Only change in a magnetic field endorse particle displacement
- There is nor other particles ( volume and not charge dependent ) other than electrons, protons and the resonating combination of those, the neutron
What happens at LHC is, there are few billions of charged particles interacting with very high velocity with other few billions charged particles.
This interaction is quite violence, as the machine was designed to do so, no wonder..
What happens at the collision is a rapid displacement, rapid change in the trajectory of the particles creating huge slopes in magnetic and electric
The charges "explode" in all direction colliding and interacting with each other, with different speeds creating different electric and magnetic
waves and particles exceeding the vacuum speed of C.
I have no problem with the first layer in LHC
I have no problem with the second layer in LHC
The third layer however.. I think it detects charges moving faster than the invented speed of C, so the calculations suggest a bigger mass than there
Overall, high slope in the fields can cause particle displacement, the Cherenkov radiation, even if no real particle is there.
The field is what displaces electrons from atoms, not a collision of those particles.
Wakes in a field that confuse the detectors.
Fourth and fifth layer is just a containment and I think it makes not difference as it can be same detection in layer 5 as what happens in layer 3
There is no gluon detector, there is no quark detector, there is no higgs detector.
All those so called particles are made up by a theory that is limited in the mathematics by a imaginary barrier in propagation speed.
Thanks for your attention !
edit on 22-2-2020 by Bandu because: (no reason given)
edit on 22-2-2020 by Bandu because: (no