What is wave particle duality and what does wave particle duality mean

Wave-particle duality is an important concept in quantum physics, which refers to the wave-like and particle properties of matter. The particle nature of macroscopic matter is obvious and easy to be detected, while the fluctuation is not obvious and is almost not observed, just like a stone thrown out, you think it is a particle, it has particle, but you can't observe its fluctuation; Another example is light, the light you see thinks it is a wave, and we all become light waves, but in fact it is also particle-like. In the light sensing experiment, we can observe its particle, it is one by one, we call such particles photons.

There are many well-known experiments that have proved that light is particle-like, such as light pressure experiments, photoelectric effects, etc. In fact, all matter has wave-particle duality.

It means that a substance has the properties of both waves and particles. Wave-particle duality is an important concept in quantum mechanics.

What is the essence of matter is a philosophical question, and the essence of matter that we describe is based on our own specific means of observation, and it is meaningless to talk about the essence of matter without any means of observation. The nature of photons is also meaningless, so scientists have used various methods to observe them, some experiments have observed the characteristics of their waves, so they think they are waves, and some experiments have observed their particle characteristics, so some think they are particles. These two contradictory explanations are not contradictory, and the different properties are due to different observations.

Therefore, light can be said to be both a wave and a particle, and has two essences, waves and particles, both of which are of course based on their own means of observation.

Wave-particle duality refers to the fact that all particles or quanta can be described not only partly in terms of particles, but also partly in terms of waves.

In classical mechanics, there is always a clear distinction between "pure" particles and "pure" waves. The former makes up what we often call "matter", and the latter is a typical example of light waves. Wave-particle duality solves this "pure" particle and "pure" wave problem.

It provides a theoretical framework for any matter to exhibit particle properties at times and wave properties at times.

Science experiments. With the help of experiments, scientists have captured the coexistence of light particles and waves. The Young's double-slit experiment was mainly used. Place a candle in front of a piece of paper with a small hole in it, so that a point light source (a light source emitted from a point) is formed.

Now put another piece of paper behind the paper, except that there are two parallel slits on the second sheet. The light emitted from the small hole is projected onto the screen through two slits, forming a series of alternating light and dark stripes, which are now known as double-slit interference fringes.

Everything has wave-particle duality. For example, if you look at you yesterday and you today separately, it is particle, and if you look at it together, it is volatility. So the same is true of the wave-particle duality of light quanta, which should be an undiscovered property of spatial properties, and observation should be a way to cause spatial changes.

That is to say, the difference in observation methods will put the current and the present light quanta in the same or different space at the same time.

The common phenomenon of all particles, many scientists believe that waves are also material properties, which is a misinterpretation, the real reason is that the ocean of particles is constantly vibrating, and all particles moving in it will be affected by vibration and cannot walk in a straight line! This microscopic vibration cannot have a noticeable effect on the macroscopic object, so the macroscopic matter can walk in a straight line (relatively straight)!

Wave-particle duality refers to the fact that a substance has the properties of both waves and particles, which is a very important concept in mechanics.

It means that a substance has the properties of both waves and particles. Wave-particle duality is an important concept in quantum mechanics.

The time has come for wave-particle duality to be completely unified with the spatial latitude distribution field theory and the multidimensional space Mandelbo set theory.

In other words, the time has come for quantum mechanics and relativity to be unified, and all the unsolved problems of known physics have been answered!

This is the result of two breakthroughs in physics!

Maybe in a few hundred years there will be an answer, and now everyone thinks it's crazy talk