Ian Martin Posted May 21, 2019 Posted May 21, 2019 Im just an ordinary guy with a question, dont know mych about physics.. here is my question.. How do we know that light travels in waves compared to a forward circular motion?
swansont Posted May 21, 2019 Posted May 21, 2019 It undergoes interference and diffraction, which are wave behaviors
Strange Posted May 21, 2019 Posted May 21, 2019 19 minutes ago, Ian Martin said: Im just an ordinary guy with a question, dont know mych about physics.. here is my question.. How do we know that light travels in waves compared to a forward circular motion? What is a "forward circular motion"? Do you mean rolling along like a wheel? Or maybe like a corkscrew?
studiot Posted May 21, 2019 Posted May 21, 2019 16 minutes ago, Ian Martin said: a forward circular motion? Isn't this a contradiction in terms? What do you actually mean?
John Cuthber Posted May 22, 2019 Posted May 22, 2019 2 hours ago, Ian Martin said: Like a spring Like circularly polarised light?
MigL Posted May 24, 2019 Posted May 24, 2019 I assumed he meant 'radial'. emanating from a central point outward. Maybe not.
AUDI R6 Posted July 15, 2019 Posted July 15, 2019 Light is an electromagnetic wave , which can be seen by the bending of the polarisation of the light when it passes through a magnetic field . But light is absorbed / emmited in photons which are particles with quantisized energy(factor of a constant).This is called quanta . So light has a dual nature , it is not a wave , not a particle but both wave and particle .
Recommended Posts
Create an account or sign in to comment
You need to be a member in order to leave a comment
Create an account
Sign up for a new account in our community. It's easy!
Register a new accountSign in
Already have an account? Sign in here.
Sign In Now