In the context of the double-slit experiment, quantum nonlocality refers to
A) the fact that the entire matter field or EM field instantaneously collapses to the single interaction point when the field interacts with the screen.
B) our inability to precisely predict the point at which a spread-out matter field or EM field will interact with the screen.
C) the fact that each interaction with the screen occurs over a broad area of the screen.
D) the fact that the electron beam or light beam goes through both slits rather than only one.
E) the fact that the particles of matter or radiation are instantaneously replaced by a spread-out matter field or EM field when the particles impact the screen.
Question 2
What is not predictable in the double-slit experiment with electrons?
A) The individual impact point of each electron on the screen.
B) The overall pattern of hits on the screen, as formed by a large number of electrons.
C) Both of the above.
D) None of the above.
Ghostly experiment
Landsteiner's experiment demonstrating the exquisite specificity of the immune system.
The Taylor–Woods–Hughes experiment
The Taylor–Woods–Hughes experiment
The Hershey-Chase experiment
Homologous recombination: single versus double crossovers