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kmarinas86
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<font color="yellow">kmarinas86 - Is an electron lighter when it emits light? <br /><br />Er, i.e.: does an electron become lighter because it emitted light?</font><br /><br />In fact, it does, some of its mass is converted into energy, even though it moves faster when it decreases in energy level. Note that while the electron's momentum is higher when it gives off a photon, it's electric potential energy (comparable to gravitational potential energy) becomes less (i.e. more negative). Since momentum is transferred to the photon, this must result in a mass decrease in the electron.<br /><br />http://users.owt.com/flesher/photonics/photon2.html<br /><br /><font color="yellow">Since 1905 the famous Einstein 86-89 relationship of mass and energy implies that mass and energy are totally inter- convertible.<br /><br />mC<sup>2</sup> = E eq 6<br /><br />This implies that mass is made of the quanta of energy. Actually they are both aspects of the same thing. The photon in free linear flight in a vacuum is mostly "energy like" and if the photon's constrained in one location in "rotational motion" it is mass like. But there is a minimal residual mass like component to energy and a residual energy like component in mass. Thus photons have their dual nature, mass like and wave like, and all mass observes these same photonic equations, such as found in the Compton57 or de Broglie wavelength of mass, and the Heisenberg131 Uncertainty Principle. Close examination of the Schrodinger wave equation for example will show that it is a purely photonic equation, but it applies to all mass as well. This alone is very strong evidence that mass is photonic.</font><br /><br />http://www.google.com/search?q=mass+of+an+electron+in+MeV<br /><br />electron mass = 0.510998903 megaelectron volts<br /><br />