Is the Electron a Particle or an Electromagnetic Wave?

Question

Ok .......... any Physics Professors on???
These answers are pathetic!

Ok .......... any Physics Professors on???
These answers are pathetic!

Answer 1

an electron is both a particle and a wave in space and time. that's why they know the future too, and so do stuffs that fit well with the time-space continuum

Answer 2

Neither. What makes you imagine debris exist? What do you advise by technique of particle? I advise, precisely what do you advise? some thing like a pool ball? Or a speck of airborne dirt and dust? Or an elephant? The idea of a particle is only a kind for the behaviour of the international. This kind has regulations. So does the kind of waves. And electron shows examples of both - that's both a particle and a wave, and is likewise neither a particle no longer a wave.

Answer 3

neither

It has the properties of a wave and a particle. But it is not a particle nor a wave. A physics professor once explained it to me as "the failure of language." He believed that our language makes it difficult to communicate how an electron has the properties of both waves and particles but is neither.

You might find this link interesting:
http://www.electronspin.org/

Answer 4

Electron is the negatively charged PARTICLE found in an atom. Electrons, along with neutrons and protons, comprise the basic building blocks of all atoms. The electrons form the outer layer or layers of an atom, while the neutrons and protons make up the nucleus, or core, of the atom. Electrons, neutrons, and protons are elementary particles—that is, they are among the smallest parts of matter that scientists can isolate. The electron carries a negative electric charge of –1.602 x 10-19 coulomb and has a mass of 9.109 x 10-31 kg.


Electrons are responsible for many important physical phenomena, such as electricity and light, and for physical and chemical properties of matter. Electrons form electric currents by flowing in a stream and carrying their negative charge with them. All electrical devices, from flashlights to computers, depend on the movement of electrons. Electrons also are involved in creating light. The electrons in the outer layers of the atom sometimes lose energy, emitting the energy in the form of light. Because electrons form the outer layers of atoms, they are also responsible for many of the physical and chemical properties of the chemical elements. Electrons help determine how atoms of an element behave with respect to each other and how they react with atoms of other elements.

Answer 5

An Electron is a particle

Answer 6

it is a particle that behaves like a wave. this is not unique. everything we can observe is vibrating or somehow exibiting characteristics that a wave would have. even solid objects that are at a temperature above absolute zero vibrate a little bit. similarly, it can be said that an electromagnetic wave is a set of electrons vibrating at the same frequency.

Answer 7

It is neither. Electrons have properties that make them appear to behave like particles at times, and properties that make them appear to behave like waves at other times.

The definitions that we use to describe things as particles or waves is limited to things that we can relate to in our experience. Particles and waves are mere analogies that we use to describe the properties of things like electrons and photons, but these analogies break down when you take a careful look.

Answer 8

All particles have wave-like properties, including electron.

Answer 9

Electron is a Particle. What do you think?

Answer 10

I do believe it is a particle with wave qualities.....