consider the behavior of light, which can exhibit properties of both waves and particles. this concept is known as wave-particle duality and is a fundamental principle of quantum mechanics. for example, light can interfere and diffract like a wave, b...
Refraction The greater the change in speed of the waves, the more the waves will bend. Refraction of light going from air through a convex lens, for example, can make images appear larger as the light waves bend. Refraction Prisms or diffraction gratings separate white light into its different...
“Quantum mechanics” is the description of the behavior of matter and light in all its details and, in particular, of the happenings on an atomic scale. Things on a very small scale behave like nothing that you have any direct experience about. 这个定义指出量子力学是用来详细描述物质与光在原...
We justify our platform by comparing and contrasting with the various "material" based propagating waves that we can generate and experience, which always require the existence of uniform tension field energy at every point. Then we show that two of the key motivations behind Dirac's quantization...
By analyzing the fluctuation of the potential field inside the atom, the diffraction phenomenon of charged particles is described, and a particle explanation of the phenomenon of light waves and beat frequencies interference is provided. It is believed that the physical model of photon charging ...
waves Reflection Reflectionoccurswhenawavestrikesanobjectorsurfaceandbouncesoff.Anechoisreflectedsound.Soundreflectsfromallsurfaces.Youseeyourfaceinamirrororastillpond,becauseofreflection.LightwavesproducedbyalightsourcesuchastheSunoralightbulbbounceoffyourface,strikethemirror,andreflectbackto Reflection(continued)Whena...
Imagine the advances to predictive modeling if you could infer something about how light amplifies colors in a bird's plumage from the way seismic waves propagate through mountain systems. That's a bit of hyperbole that nevertheless suggests the "beautiful" utility of new mathematical formulas devis...
Consider a sourceemittinga wave such as light or sound of frequency ν moving away from an observer at velocityv. The successive crests of the light waves will reach the observer at longer intervals than if the observer were at rest, and calculation shows that the observer will receive them ...
electromagnetic waves, light waves of thesamewavelength to be exact(likealready mentioned, we are only discussing elastic [...] fritsch-sizing.com fritsch-sizing.com 这些然后振荡依次产生,电磁波,相同的波长的光波是准确的(像前面提到的,我们只是讨论弹性散射) ,它可以向所有可能的方向辐射。
Consider a sourceemittinga wave such as light or sound of frequency ν moving away from an observer at velocityv. The successive crests of the light waves will reach the observer at longer intervals than if the observer were at rest, and calculation shows that the observer will receive them ...