Now this is interesting, the saying or question of “does a tree falling in the forest make a noise if no ones there to see it” always intrigued me. So, when Einstein’s work proposed that light is only there when seen I started to wonder. Was this just a way of defining what matters (excuse the pun)!No!

There is according to recent observations and appoligiseing then to the intuitive science of physics in the world and according to the video republished above with my herebye noted commentary as per licencing. Yes the tension between particle theory and wave theory leads to receptors influencing what light and what it does. How did they know? I tell you get in touch with your intutitivness, you have propably lost out in some of your decisions that you dismissed. I know for a fact some ladies did with me over my life. (*TOUGHE IN CHEEKY*) No this is not a pick up line, or its yet to be seen!

So, back to disciplined discourse with out force, it means that 16billion human eyes are a massive focusing point for what light can do for us, just wait untill we figure out how to make something with that. And that has,has, has to be not trouble.

No wonder Taylor Swift does so well shes, focused on light and its energy. She sees it into being great.Just look at her shows and think of the comparison of Gin joints dark and smokey, no livleyness only plotting and dull smarts to take advantage. Look at her light with your recepters and let to particles turn to waves and wash over your being then become a child of seen light. Striaghten it out or make it wave you can change it along with yourself.

Light, one of the fundamental entities in the universe, exhibits characteristics of both waves and particles. This intriguing property of light is known as wave-particle duality. According to the wave theory, light behaves like a wave, with its energy distributed in a continuous manner. On the other hand, the particle theory suggests that light can also be thought of as a stream of discrete particles, referred to as photons.

The wave-like nature of light is often observed in phenomena such as diffraction and interference, where light waves interact with each other and exhibit patterns of constructive and destructive interference. These behaviors can be explained using wave properties like wavelength, frequency, and amplitude.

On the other hand, the particle nature of light is demonstrated through phenomena like the photoelectric effect and Compton scattering, where light interacts with matter as individual photons, transferring their energy and momentum. This particle behavior is apparent when observing light interacting with matter at the atomic and subatomic levels.

The wave-particle duality of light is a fundamental concept in physics and has far-reaching implications across various fields of science and technology, including quantum mechanics, optics, and the development of advanced technologies such as lasers and photovoltaics. It highlights the intricate nature of the physical world, where seemingly contradictory properties can coexist and exhibit different behaviors under different circumstances.

Thank you Ai come again.

Be happy in your day, and reasonable to all that matter (pun)

Your up next!