- #1
Ranvir
- 13
- 10
Recent claims by scientists at EPFL suggesting that they somehow manged to photograph light simultaneously as a particle and as a wave raises more misconceptions than ever.
The experiment on it's own is an excellent example of recent improvements in technological and experimental techniques, but it's presentation to public, at least in my opinion, is misleading.Here's a link for a brief explanation of the said experiment
http://phys.org/news/2015-03-particle.html
Now, this gives rise to the same "Whether light is a wave or a particle?" predicament. The simple answer is that it's neither of them. It just exhibits properties and follows equations which in classical sense suggests as if the entity is a particle and wave in some weird incomprehensible way and while it's true that the actual quantum mechanics is counter intuitive in many of it's aspect, the attempt to reconcile the wave-particle picture by EPFL does no better than imaging the solution of Schrodinger's equation.
Is it right to say that the "Photographed" light simultaneously as a wave and a particle?
The experiment on it's own is an excellent example of recent improvements in technological and experimental techniques, but it's presentation to public, at least in my opinion, is misleading.Here's a link for a brief explanation of the said experiment
http://phys.org/news/2015-03-particle.html
Now, this gives rise to the same "Whether light is a wave or a particle?" predicament. The simple answer is that it's neither of them. It just exhibits properties and follows equations which in classical sense suggests as if the entity is a particle and wave in some weird incomprehensible way and while it's true that the actual quantum mechanics is counter intuitive in many of it's aspect, the attempt to reconcile the wave-particle picture by EPFL does no better than imaging the solution of Schrodinger's equation.
Is it right to say that the "Photographed" light simultaneously as a wave and a particle?