कबाड़ियों इसके अंग्रेजी अर्थ का उदाहरण

Experimenters do so by manipulating the entangled photon, and they can do so before or after its partner has passed through the slits and other elements of experimental apparatus between the photon emitter and the detection screen.

A variation of this experiment, delayed choice quantum eraser, allows the decision whether to measure or destroy the "which path" information to be delayed until after the entangled particle partner (the one going through the slits) has either interfered with itself or not.

X, therefore, can be understood if one understands how hyperplane sections are identified across the slits and at the singular points.

However, the slits in tetrapods do not, so a more general name for the vertebral structures is pharyngeal slits.

Therefore, it is commonly said that in a double-slit experiment a photon exhibits its wave nature when it passes through both of the slits and appears as a dim wash of illumination across the detection screen, and manifests its particle nature when it passes through only one slit and appears on the screen as a highly localized scintillation.

Given the interpretation of quantum physics that says a photon is either in its guise as a wave or in its guise as a particle, the question arises: When does the photon decide whether it is going to travel as a wave or as a particle? Suppose that a traditional double-slit experiment is prepared so that either of the slits can be blocked.

The explanation that supports this interpretation of experimental results is that a photon has emerged from one of the slits, and that is the end of the matter.

A photon must have started at the laser, passed through one of the slits, and arrived by a single straight-line path at the corresponding telescope.

The technical problem in the laboratory is how to insert a detector screen at a point appropriate to observe interference effects or to remove that screen to reveal the photon detectors that can be restricted to receiving photons from the narrow regions of space where the slits are found.

One way to accomplish that task would be to use the recently developed electrically switchable mirrors and simply change directions of the two paths from the slits by switching a mirror on or off.