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If your explanation were the right one, it seems to me that the sail would merely glow – radiate energy in all directions – but go nowhere.
Yet these ‘imaginary’ particles are visible to the naked eye, knock other particles about and leave tracks on photographic film. All that sounds pretty real to me.
The compression of electrons? Care to explain how one compresses an electron?
The photoelectric effect in general is evidence of the very real nature of photons.
Just where does the electron comes from that is collected in a solar cell? The light source appears to be the logical answer, are electrons just shuffled along the chain of atoms between the source and collector?
I am not sure how you make an electron, but even with an infinite amount of massless photons, the mass is not there to make a electron that does have mass, so where does the mass come from if photons are real?
Perhaps mass comes as an effect created by the focus of electron density in a designated space. The negative charges combine pulling positive entities that do have a mass together.
Also pure light has been found to generate a magnetic field if focused into a highly confined space.
The electron is always there. The electromagnetic wave propels the electron along the (semi)conductor. Think of a pipe full of water being propelled by a water pump....the water is the electrons and the photovoltaic cell the pump. The magnetic aspect of the electromagnetic wave is what drives(excites) the electron and propels it.
Originally posted by eywadevotee
The reason is that the scientific theory are based on a single quanta-particle as the ultimate reality.
That is neither good mysticism or good physics!
Originally posted by kwakakev
reply to post by OccamAssassin
The electron is always there. The electromagnetic wave propels the electron along the (semi)conductor. Think of a pipe full of water being propelled by a water pump....the water is the electrons and the photovoltaic cell the pump. The magnetic aspect of the electromagnetic wave is what drives(excites) the electron and propels it.
There are 6,241,509,629,152,650,000 electrons in 1 joule or 1 watt per second. If an empty battery was connected to the solar cell then most of these electrons will end up in the battery, some will get lost due to resistance and heat along the way. It is the impurities in the silicon that perform this pump function, different metals respond to different wavelengths of light and are able to produce a supply of electrons when exposed to high enough frequencies. If these metals in the solar cell where not able to harness new electrons from the light, these metals would be quickly depleted and tightly hold onto any new electrons that came by until it had enough to spare.
Simple explanation
1.Photons in sunlight hit the solar panel and are absorbed by semiconducting materials, such as silicon.
2.Electrons (negatively charged) are knocked loose from their atoms, allowing them to flow through the material to produce electricity. Due to the special composition of solar cells, the electrons are only allowed to move in a single direction.
3.An array of solar cells converts solar energy into a usable amount of direct current (DC) electricity.
If these metals in the solar cell where not able to harness new electrons from the light, these metals would be quickly depleted and tightly hold onto any new electrons that came by until it had enough to spare.
When a photon is absorbed, its energy is given to an electron in the crystal lattice. Usually this electron is in the valence band, and is tightly bound in covalent bonds between neighboring atoms, and hence unable to move far. The energy given to it by the photon "excites" it into the conduction band, where it is free to move around within the semiconductor. The covalent bond that the electron was previously a part of now has one fewer electron — this is known as a hole. The presence of a missing covalent bond allows the bonded electrons of neighboring atoms to move into the "hole," leaving another hole behind, and in this way a hole can move through the lattice. Thus, it can be said that photons absorbed in the semiconductor create mobile electron-hole pairs.
Photons in sunlight hit the solar panel and are absorbed by semiconducting materials, such as silicon.
The presence of a missing covalent bond allows the bonded electrons of neighboring atoms to move into the "hole," leaving another hole behind, and in this way a hole can move through the lattice.
Originally posted by kwakakev
reply to post by OccamAssassin
Photons in sunlight hit the solar panel and are absorbed by semiconducting materials, such as silicon.
Actually silicon is non conductive, it is the other materials within the silicon that allow for the 'semi conductor'. This is just a minor point and I do get the diode part.
The presence of a missing covalent bond allows the bonded electrons of neighboring atoms to move into the "hole," leaving another hole behind, and in this way a hole can move through the lattice.
But this does not explain where the mass comes from to replenish all these holes. Just saying that this hole is filled by its neighbour and leave it at that is incomplete. So what happens when all these neighbour holes are empty? Do they just get their electrons from their neighbours as well? What is the source for all these electrons and the mass they have? Does this mass just pop into the environment from some other dimension? Does the atom some how make its own electrons when there are no spare ones around? Or do the electrons flow from the light source to replenish this drain of electrons? Or does this mass come from somewhere else.
It seams like CERN is not the only ones clueless...
The depleted electrons are attracted to the "holes" in the lattice until the EM wave charges them with enough EMF to be dislodged again.
This is where the problem is, how does an EM wave become an electron? The photon in an EM wave does not have mass while an electron does, where does this mass come from?
If you put a drain on the solar cell there is a flow of electrons out of the solar cell unit and into what ever is plugged in. All these electrons are coming from somewhere and are only flowing when the light is on.
This problem is not limited to solar cells, but radio waves as well. A transmitter puts out a large amount of electrons and the antenna picks up these electrons, in the middle we have this explanation of massless photons doing the work but the equations on mass are not adding up.
If CERN found Higgs Boson then there would be an explanation in how a massless photon becomes an electron with mass, this is what is leaving me clueless and thinking that the photon does not exist. All the good work that has been done on the photon is actually more about the EMF of the atom.
For example, the Higgs boson would explain the difference between the massless photon, which mediates electromagnetism, and the massive W and Z bosons, which mediate the weak force. If the Higgs boson exists, it is an integral and pervasive component of the material world and would be of a class of particles known as scalar bosons.
The electron still flows out of the load (light, battery*, etc) without the electric field(charge) and back into the source(pump, photovoltaic cell, battery*, etc). The electron does not stop at the load (remember that an electric circuit must be connected as a loop, otherwise we have a short circuit), it flows back to the source to be "recharged" again.
An antenna does not put out electrons, but a self propagating electromagnetic wave.(yep you guessed it...a light wave, but not, however, in the visible light spectrum)
What happens when the load is a depleted battery? The electrons stay at the depleted battery and do not return back to the source to go around the circuit again.
This can be demonstrated by an increase in the mass of the battery as it recharges.