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I'll try to make this explanation as splmie as possible:- Sunlight (and light in general) contains photons, which are positively charged particles.- Those positive charged particles hit the electrons in the material used in the solar cell.- As you might know from physics, movement and energy are related.- When those negative particles are hit, they move towards the other end of the semiconductive material creating energy.I know I'm skipping all the scientific details, but a good understanding of quantum physics and semiconductors (which I barely remember) is necessary to understand the details.
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well you can also conjecture is candy raelly sweet? The one thing we do know is that the laws of physics we have so far figured out only seem to break down at extremes of temperature(quark soups), like right after the big bang or at right above absolute zero(bose condensates). Life can't live in these environments. Quantum imaging doesnt' seem to apply to our moderate temperature environment, only at the extremes. String theory is an attempt at incorporating supergravity into the strong force model but its all math theory and cannot be proven. Dark matter with its mass provides a type of super gravity independent of inertial motion and while there may be more dimensions given the string models, at our moderate temperatures they are so weak they don't influence the process. Do you know the large hadron collider at CERN's soul purpose is to find the missing Higg's boson, thought to be the particle that gives matter in our universe mass. The standard model doesn't work in some ways, so they surplanted it with the supersymmetry model which they can't prove as there are so many missing particles. So they resorted to string theory which again they can't prove and its falling out of favor. But no matter how you slice it, in the end, we are stuck in the biosurvivable comfort zone that keeps us well below light speed and at a comfortable temperature where all the kinetics follow neuton's classical laws and in certain high speed applications einsteins little relativistic correction gets you to the right numbers. By the way, approaching half the speed of light your red blood cells would become so heavy they would precipitate out of your blood clogging up all your blood vessels and you simply could not live. We were built with slight tolerances for our little temperature and speed zone. The only reason light can travel the speed it does is photons have no rest mass. Accelerating a rest mass increases its inertial mass exponentially. Protons, neutrons, all grow heavier with accelertion. Acceleration itself gives rise to relativity manifestations measureable at the extremes. Nasa uses relativity software to slightly adjust the classical newotonian calculations for its thrusters. Acceleration bends our dimensionaly construct, or rather condenses its topology giving rise to induced gravitational states. Dark matter simply means it emits no electromagnetic, or photonic light so we simply measure its gravity signature through indirect observations. It doesn't even have to be in another dimension. We are electromagnetic beings, and have evolved in that construct. The strong, electromagnetic and weak forces do combine in extreme kinetic environments. Gravity is out of the loop though indirectly manifested by their interactions. At higher temperaturs approaching the big bang the weak and electromagnetic forces combine into one, a singular electroweak force and that motivates the theory of everything folks(unified field theory). Since our conventional math no longer works well in those environments we resort to quantum math modeling that appears pretty predictive but that may be more artifact than what is actually happening.
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