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Nice video!
This is an invitation to see an artist theory on the physics of light and time!
This theory is based on two postulates
1. Is that the quantum wave particle function Ψ represents the forward passage of time ∆E ∆t ≥ h/2π itself
2. Is that Heisenberg’s Uncertainty Principle ∆×∆p×≥h/4π that is formed by the w- function is the same uncertainty we have with any future event that we can interact with turning the possible into the actual!
nickharvey7 2 months ago
great effort,experiments tell much more than the theory...if the metal is positively charged and then is exposed to UV light,what will happen???
glily2 4 months ago
@glily2 Try it! Would the emissions of electrons discharge the tinsel if it was positively charged?
ElectricVentures 4 months ago
@glily2 The electrons that tried to get away would be brought straight back to the positive charge, nice video also
paddy110287 1 month ago
neat
Shelbatron1000 7 months ago
Sorry for the double comment. My internet is quite slow.
rockmn24 10 months ago
@rockmn24 No problem! "Live long and prosper!" :-)
ElectricVentures 10 months ago
I got a perfect score, my friend! I was graded 30/30, 30/30, 30/30, and 33/30, respectively.
rockmn24 10 months ago
@rockmn24 Well done! Glad this video was of use. :-)
ElectricVentures 10 months ago
Can anyone please help me, Whats the difference between Threshold frequency for a metal, and work function energy?
Robominable 11 months ago
@Robominable The THRESHOLD FREQUENCY of a given material is the lowest frequency of EM radiation which can eject an electron from the material.
The WORK FUNCTION is the energy that binds an electron to the material. It is the minimum energy required by a photon to eject that electron.
The two are related. The energy of a photon is hv, where h is is Planck's constant, and v is the frequency of the light. An electron will be ejected if hv is equal or greater than the work function energy.
ElectricVentures 11 months ago
@ElectricVentures Ahh yeah yeah. Thats great Thanks alot :) x
Robominable 11 months ago
Great video, ElectricVentures. I'm going to do a science project on this, so thanks for the video!
rockmn24 11 months ago
@rockmn24 You are most welcome! Good luck with your science project.
ElectricVentures 11 months ago
@ElectricVentures Thank you, my friend! I got a perfect score! The judges graded me 30/30, 30/30, 30/30, 30/30, and 33/30., respectively.
rockmn24 10 months ago
very explained...... i need some assistance about other physics practicals. my email id is angel82650@yahoo.com.plz contact
angel82650 1 year ago
@angel82650 Thanks for the comment! This is only a hobby for me, so I am not really available for answering questions via email. However, I do try to produce a few science video clips each year, so feel free to make suggestions for some things you would like to see. No promises, but you never know! --ElectricVentures
ElectricVentures 1 year ago