TJ.

Thnx for your reply! But dont charged objects emit bosons? Furthermore, when an electron is bound by exchanging photons with te nucleus... Are these photons detectable?

We know that the weak nuclear force has two charged bosons: W+ and W- All charges give out photons (bosons of EM force) So do the charged bosons of the weak nuclear force emit its own bosons? Im new to this concept. Please provide an elaborate explanation...

@timo Neutrinos have an electric vector and a magnetic moment. You said, " The magnetic and electric part of a photon are not independent." My question was shouldn't there be a boson to represent the magnetic and electric field of a photon individually? Thank you for your assistance.

Light is created by an accelerated charge. Furthermore, photons (light) are the gauge bosons for the fundamental electromagnetic force. So technically all charged/magnetic particles/objects emit virtual photons that mediate the force of attraction or repulsion between two charged/magnetic particles.

Well the very fact that you are interacting with the system, collapses the wave function. Suppose you want to calculate the air pressure in a Tyre, you draw a little amount of air into your pressure gauge for further analysis. On doing so, you have the reading the tyre pressure prior to your observation. Assuming that the little amount of air you drew for analysis is very insignificant, we can assume the later pressure of the tyre to be approximately equal to the pressure prior to your observation. On a macroscopic scale, a few units error would not matter. However, if we try to measure sensitive issues that require acute measurements, then, even the tiniest of change can paint a completely different picture. Since our sensors use photons to observe wavefunctions, the photons interacts with the system and changes the energy of the system.

U could utilize projectile motion equations and find the initial velocity required for you to act like a ballistic missile, travel around the earth and land on the same spot. Equate the range as circumference of the Earth. In such a case you will be able to land on the same roof, but you wont survive the impact.

>Has the controversial double slit experiment (using electrons ONLY, NOT photons) ever been performed in temperatures close to absolute zero and near vacuum conditions? If so please list the observation (Phenomenon such as self-interference, waveform collapse etc). If not, please mention the expected results; Please emphasize on the ones that are expected to deviate from our current typical observations. >If a photon has an independent electric vector and magnetic vector... Shouldn't there be an independent gauge boson for charge and magnetic polarity on a very small scale?(Significant to the size of the photon) Wouldn't this mean that there are more than 4 fundamental forces in nature? >If a neutrino has a wavelength (its electric vector), shouldn't that mean its composed of particles whose resultant charge is zero, but periodically affect the intensity of the electric field? Wouldn't this imply that leptons are divisible? Im open to all views...